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How Powering Food Storage Could End Hunger

Photo-illustration: Pixabay

In our fight against global warming, energy efficiency is the low-hanging fruit of cutting carbon emissions. It reduces the need to produce more energy and is quick, easy and inexpensive. The goal of ending global hunger by the UN’s target of 2030 must also start with efficiency. That means reducing food waste, which can only happen with refrigerated storage.

Photo-illustration: Pixabay

In developing countries, 40% of food loss occurs after harvest and early in the supply chain. This translates to more than $310 billion of food waste and loss annually – mostly because of inadequate refrigeration and unreliable and expensive energy supply. Food loss affects producers, reducing their income by at least 15%, and consumers. At the same time, food waste is the third-largest emitter of CO2 globally.

In rural areas of Sub-Saharan Africa and developing Asia, where the electricity grid does not reach or does not work, access to energy – especially decentralized renewable solutions such as solar and hydro-powered mini-grids – is fundamental. Our analysis shows significant productivity increases and food loss decreases if adequate access to energy is provided to rural communities.

Without electricity, there is no cold storage to enable and empower the economic transformation of the lives of 780 million smallholder farmers, who bear the brunt of food waste and are also the most vulnerable to climate change.

Yet many countries have so far failed to fully reform regulations to promote mini-grids and the other distributed renewables that can modernize food chains. This is despite the fact that diesel generators, the current default solution for many farmers, are far more expensive than solar power, not to mention highly polluting.

The International Energy Agency (IEA) states that mini-grids and decentralized renewables are the least costly solution for electrifying the world’s nearly 1 billion people still living without electricity, but government red tape makes obtaining licences and power-purchase agreements for such solutions challenging. Better policies will also help unlock the blended finance needed to reduce risk and entice local commercial banks to enter the market more aggressively. Lastly, achieving a win-win of rural electrification and food refrigeration requires more than technology, policy and finance; it requires an army of entrepreneurs.

Proliferating cold storage by deploying decentralized renewable energy solutions can improve the business case for energy suppliers by increasing demand beyond household consumption. Moreover, by selling more power to improve food production and in particular cold storage, energy users can afford to pay a higher energy tariff, improving the business case of the energy supplier.

The International Energy Agency (IEA) states that mini-grids and decentralized renewables are the least costly solution for electrifying the world’s nearly 1 billion people still living without electricity, but government red tape makes obtaining licences and power-purchase agreements for such solutions challenging. Better policies will also help unlock the blended finance needed to reduce risk and entice local commercial banks to enter the market more aggressively. Lastly, achieving a win-win of rural electrification and food refrigeration requires more than technology, policy and finance; it requires an army of entrepreneurs.

Proliferating cold storage by deploying decentralized renewable energy solutions can improve the business case for energy suppliers by increasing demand beyond household consumption. Moreover, by selling more power to improve food production and in particular cold storage, energy users can afford to pay a higher energy tariff, improving the business case of the energy supplier.

Source: WEF

2020 Set to Be Year of the Electric Car, Say Industry Analysts

Photo-illustration: Unsplash (Science in HD)

Europe’s carmakers are gearing up to make 2020 the year of the electric car, according to automotive analysts, with a wave of new models launching as the world’s biggest manufacturers scramble to lower the carbon dioxide emissions of their products.

Photo-illustration: Unsplash (Science in HD)

Previous electric models have mostly been targeted at niche markets, but 2020 will see the launch of flagship electric models with familiar names, such as the Mini, the Vauxhall Corsa and the Fiat 500.

The number of electric vehicle (EV) models available to European buyers will jump from fewer than 100 to 175 by the end of 2020, according to data firm IHS Markit. By 2025 there will be more than 330, based on an analysis of company announcements.

The new supply will cater to a rapidly expanding market as demand for petrol-powered vehicles gradually recedes. UK EV sales will rise from 3.4% of all vehicles sold in 2019 to 5.5% in 2020 – or from 80,000 this year to 131,000 in 2020 – according to forecasts from Bloomberg New Energy Finance. By 2026 electric vehicle sales will account for a fifth of sales in the UK, the forecasts show. Similar predictions from LMC Automotive suggest 540,000 electric cars will be sold across the EU in 2020, up from 319,000 over the course of 2019.

New European Union rules come into force on 1 January that will heavily penalise carmakers if average carbon dioxide emissions from the cars they sell rise above 95g per kilometre. If carmakers exceed that limit, they will have to pay a fine of €95 (£79) for every gram over the target, multiplied by the total number of cars they sell.

The excess emissions bill would have been £28.6bn on 2018 sales figures, according to analysis by the automotive consultancy Jato Dynamics, illustrating the extent of the change required by carmakers over a short period of time. Jato analyst Felipe Muñoz said there will still be large fines, as companies keep selling profitable internal combustion engine cars and struggle to bring down EV prices to parity with their fossil-fuel peers.

“It is very difficult for carmakers to change manufacturing infrastructure in such a short period of time,” Muñoz said.

However, some analysts take a more sceptical view of the industry that spawned the Dieselgate scandal, in which Volkswagen and Daimler were shown to have deliberately cheated emissions regulations. Carmakers successfully lobbied for a rule that means cars emitting less than 50g of carbon dioxide per kilometre are eligible for so-called super-credits, a controversial policy which means that every electric vehicle sold counts as two cars. That makes it easier for carmakers to meet their targets, even if average emissions from their cars are actually higher than the rules stipulate.

“A lot of action has been postponed until [the carmakers] need to,” said Julia Poliscanova, the clean vehicles director at the campaign group Transport & Environment. “What they’re planning to produce is more or less what they need to hit their CO2 targets.”

Multiple new electric car models will go on sale just in time to qualify for EU regulations. In November the first of Volkswagen’s ID.3 cars rolled off a new electric production line in Zwickau, eastern Germany, that will be able to produce 330,000 vehicles a year by 2021. The first of BMW’s Mini Electric models, made in Oxford, will arrive in showrooms in March. Vauxhall, owned by France’s PSA Group, will start production of its Corsa-e in January, with sales to begin in March.

Sales of pure electric vehicles will still be dwarfed by those of cars with conventional fossil-fuel engines, as well as hybrids that use both battery and internal combustion power. However, the electric vehicle surge is likely to contribute to significant price reductions, as carmakers compete for buyers beyond the early adopters willing to pay a premium.

Consultants at Deloitte estimate the market will reach a tipping point in 2022, when the cost of ownership of an electric car is on par with its internal combustion engine counterparts.

Read more: Guardian

Call for Expressions of Interest USAID Energy Management System Program in the Balkans

Foto: USAID

Call for Expressions of Interest

USAID Energy Management System Program in the

Balkans

U.S. Agency for International Development (USAID)’s project is aimed at promoting the use of energy management systems for public, private or commercial building owners in the Balkans, with the objective of reducing energy consumption, improving energy efficiency and optimizing production processes.

As part of the project, USAID is looking to select, and partner with public, private or commercial building owners and industries interested in improving their energy management practices, specifically through the adoption of energy management systems.

Selected partners will have access to the latest U.S. energy management technology and will benefit from the following support:

  • Energy Management System: Partners will receive funding support from USAID to partially cover the costs of design, installation, and commissioning of new energy management systems provided by a leading U.S. manufacturer.
  • After-Sales Support: The energy management system may include a maintenance contract covering spare parts and labor to keep the system in optimal condition.
  • Training: Partners will be trained on the operation and use of their energy management system to better understand, monitor, and optimize energy consumption for efficiency and cost savings.

USAID now invites expressions of interest from building owners and industrial facilities interested in partnering on the abovementioned opportunity.  If you are interested in further information and possible participation in this program please contact them at  drembids@tetratech.com  by January 15, 2019.

Selected partners will have a demonstrated potential for energy savings, no existing energy management system, and a commitment to purchase and operate an energy management system at a reduced cost. The program will begin in early 2020 with technical visits and the selection of partners.

Tourism’s Growth Strengthens Sector’s Potential to Contribute to Sustainable Development

Photo-illustration: Unsplash (Jacalyn Beales)
Photo-illustration: Unsplash (Jacalyn Beales)

International tourist arrivals grew by a further 4% between January and September of 2019, the latest issue of the UNWTO World Tourism Barometer indicates. Tourism’s growth continues to outpace global economic growth, bearing witness to its huge potential to deliver development opportunities across the world but also its sustainability challenges.

Destinations worldwide received 1.1 billion international tourist arrivals in the first nine months of 2019 (up 43 million compared to the same period of 2018), according to the latest World Tourism Barometer from the World Tourism Organization (UNWTO), in line with its forecast of 3-4% growth for this year.

The global economic slowdown, rising trade, geopolitical tensions and prolonged uncertainty around Brexit weighed on international tourism, which experienced a more moderate pace of growth during the summer peak season in the Northern Hemisphere (July-September).

UNWTO Secretary-General Zurab Pololikashvili said: “As world leaders meet at the UN Climate Summit in Madrid to find concrete solutions to the climate emergency, the release of this latest World Tourism Barometer shows the growing power of tourism, a sector with the potential to drive the sustainability agenda forward. As tourist numbers continue to rise, the opportunities tourism can bring also rise, as do our sector’s responsibilities to people and planet.”

Tourism now world’s third largest export category

Generating USD 1.7 trillion in revenues as of 2018, international tourism remains the third largest export category behind fuels (USD 2.4 trillion) and chemicals (USD 2.2 trillion). Within advanced economies, tourism’s remarkable performance after years of sustained growth has narrowed the gap with automotive product exports.

International tourism accounts for 29% of the world’s services exports and 7% of overall exports. In some regions these proportions exceed the world average, especially the Middle East and Africa where tourism represents over 50% of services exports and about 9% of exports overall. This highlights the importance of mainstreaming tourism in national export policies to broaden revenue streams, reduce trade deficits and ensure sustainable development on the long run.

The world’s top ten earners saw mixed results in international tourism receipts through September 2019, with Australia (+9%), Japan (+8%) and Italy (+7%) posting the highest growth, while China, the United Kingdom and the United States recorded declines. Mediterranean destinations were among the strongest performers in terms of earnings, both in Europe and the Middle East and North Africa region.

Regional performance

Growth in arrivals during the first nine months of 2019 was led by the Middle East (+9%), followed by Asia and the Pacific and Africa (both +5%), Europe (+3%) and the Americas (+2%):

Europe’s pace of growth slowed down to 3% in January-September this year, from double that rate last year, reflecting slower demand during the peak summer season in the world’s most visited region. While destinations in Southern Mediterranean (+5%) and Central Eastern Europe (+4%) led results, the regional average was weighed down by Northern and Western Europe (both +1%).

Also slower than last year, although still above the global average, growth in Asia and the Pacific (+5%) was led by South Asia (+8%), followed by South-East (+6%) and North-East Asia (+5%), while Oceania showed a 2% increase.

Data so far available for Africa (+5%) confirms continued robust results in North Africa (+10%) after two years of double-digit figures, while arrivals in Sub-Saharan Africa grew 1%.

The 2% increase in the Americas reflects a mixed regional picture. While many island destinations in the Caribbean (+8%) consolidate their recovery after the 2017 hurricanes, arrivals in South America were down 3% partly due to a decline in Argentinian outbound travel, which affected neighboring destinations. Both North America and Central America grew 2%.

Source Markets – mixed results among top spenders

The United States (+6%) led growth in international tourism expenditure in absolute terms, supported by a strong dollar. India and some European markets also performed strongly, though global growth was more uneven than a year earlier.

France (+10%) reported the strongest increase among the world’s top ten outbound markets, reflecting surging demand for international travel for the second consecutive year. Spain (+10%), Italy (+9%) and the Netherlands (+7%) also posted robust growth, followed by the United Kingdom (+3%) and Russia (+2%).

Some large emerging markets such as Brazil, Saudi Arabia and Argentina reported declines in tourism spending this period, reflecting recent and ongoing economic uncertainty.

China, the world’s top source market saw outbound trips increase by 14% in the first half of 2019, though expenditure fell 4% compared to the same period last year.

Source: UNWTO

Polluting Our Soils Is Polluting Our Future

Photo-illustration: Unsplash (Emmanuel Mbala)
Photo-illustration: Unsplash (John Foust)

Soil is a finite resource, meaning its loss and degradation is not recoverable within a human lifespan. Soils affect the food we eat, the water we drink, the air we breathe, our health and the health of all organisms on the planet. Without healthy soils we wouldn’t be able to grow our food. In fact, it is estimated that 95 percent of our food is directly or indirectly produced on our soils.

Healthy soils are the key to food security and our sustainable future. They help sustain food production, mitigate and adapt to climate change, filter water, improve resilience to floods and droughts and so much more. Yet, an invisible threat is putting soils and all that they offer at risk.

Soil pollution causes a chain reaction. It alters soils’ biodiversity, reduces soil organic matter  and soils’ capacity to act as a filter. It also contaminates the water stored in the soil and groundwater, and causes an imbalance of soil nutrients. Among the most common soil pollutants are heavy metals, persistent organic pollutants and emerging pollutants – like pharmaceutical and personal care products.

Soil pollution is devastating to the environment and has consequences for all forms of life that encounter it. Unsustainable agricultural practices that reduce soil organic matter can facilitate the transfer of pollutants into the food chain. For example: polluted soil can release contaminants into the groundwater, which goes on to accumulate in plant tissue, and is then passed to grazing animals, birds, and finally to the humans that eat the plants and animals. Pollutants in soil, groundwater and in the food chain can cause a variety of diseases and excess mortality in humans, from short-term acute effects, such as intoxications or diarrhea to long-term chronic effects, like cancer.

Photo-illustration: Unsplash (Rachman Reilli)

Beyond the impact on the environment, soil pollution also has high economic costs due to the reduction of crop yields and quality. The prevention of soil pollution should be a top priority worldwide.  The fact that the vast majority of pollutants are a result of human action means that we are directly responsible for making the necessary changes to ensure a less polluted, more secure future.

Soils need to be recognized and valued for their productive capacities as well as their contribution to food security and the maintenance of key ecosystem services. Here are just a few reasons why soil pollution can’t be underestimated:

1. Soil pollution affects everything. The food we eat, the water we drink, the air we breathe – our health and the health of all the organisms on the planet is dependent on healthy soil. The nutrient content of a plant’s tissues is directly related to the nutrient content of the soil and its ability to exchange nutrients and water with the plant’s roots.

2. Soil pollution is invisible. Today, one third of our soils are moderately or highly degraded due to erosion, loss of soil organic carbon, salinization, compaction, acidification and chemical pollution.  It takes about 1 000 years to form 1 cm of top soil, meaning that we won’t be able to produce more soil within our lifetime. What we see is all there is. Yet, soils are facing even more pressure from soil pollution. The current rate of soil degradation threatens the capacity of future generations to meet their most basic needs.

3. Soil pollution affects soils’ capacity to filter. Soils act as a filter and buffer for contaminants. The potential of soil to cope with the strain of pollutants is finite. If soil’s capacity to protect us is exceeded, contaminants will (and do) seep into other parts of the environment – like our food chain.

4. Soil pollution affects food security by reducing crop yields and quality. Safe, nutritious and good quality food can only be produced if our soils are healthy. Without healthy soils, we won’t be able to produce enough food to achieve #ZeroHunger.

5. Soil pollution can be a result of poor agricultural practices. Unsustainable agricultural practices reduce soil organic matter, compromising soils’ capacity to degrade organic pollutants. This increases the risk of the pollutants being released into the environment. In many countries, intensive crop production has depleted the soil, jeopardizing our ability to maintain production in these areas in the future. Sustainable agricultural production practices have therefore become imperative for reversing the trend of soil degradation and ensuring current and future global food security.

6. Soil pollution can put our health at risk.  A significant proportion of antibiotics, used widely in agriculture and human healthcare, are released into the environment after being excreted from the organism to which they were administered. These antibiotics can seep into our soils and spread throughout the environment. This creates antimicrobial resistant bacteria, which decreases the effectiveness of antibiotics. Each year around 700 000 deaths are attributable to antimicrobial resistant bacteria. By 2050, if not tackled, it will kill more people than cancer, and cost, globally, more than the size of the current global economy.

Photo-illustration: Unsplash (Skyla Design)

With a global population that is projected to exceed 9 billion by 2050, our current and future food security hinges on our ability to increase yields and food quality using the soils that we already have available today. Soil pollution negatively impacts us all, and has been identified as one of the main threats to soil functions worldwide.

We need to be aware of the causes of soil pollution so that we can create and implement solutions. Soil protection and conservation starts with us. Making sustainable food choices, properly recycling  dangerous materials like batteries , composting at home to reduce the amount of waste that enters landfills or managing antibiotic waste more responsibly, are just a few examples of how we can be part of the solution. On a larger scale, we need to promote sustainable agricultural practices in our communities.

Healthy soil is a precious, non-renewable commodity that is increasingly threatened by destructive human behaviours. We are responsible for the soils that provide us with food, water and air, and we need to take action today to ensure that we have healthy soils for a sustainable and food secure future. Be the solution to soil pollution!

Source: FAO

Net Zero Carbon Neighbourhood to Be Built in South Wales

Photo-illustration: Unsplash (Vivint Solar)

One of the world’s first net zero carbon neighbourhoods will be constructed in Wales after Neath Port Talbot council approved the development of 35 homes able to generate more clean energy than they use.

Photo-illustration: Unsplash (Vivint Solar)

Development of the £8m project in Pontardawe in south Wales is expected to begin this spring. The residents of Parc Hadau will pay no energy bills because the development will use a mixture of renewable energy technologies to generate enough clean electricity to power its homes over the year.

The two-, three- and four-bedroom homes will be equipped with solar panels and energy-storing batteries, ground-source heat pumps and innovative ventilation systems.

Sero Homes, which was founded in Wales two years ago, said Parc Hadau would provide high-quality, affordable housing through long-term index-linked leases. It will also be the first scheme to meet the UK Green Building Council’s (UKGBC) definition of net zero carbon by tracking the development’s energy use and carbon emissions in real time.

Richard Twinn, a policy adviser at the UKGBC, said: “Meaningful action over the next 10 years will be critical to help avoid the worst impacts of climate change. The energy used in homes accounts for around 20% of the UK’s emissions, so if we’re going to radically reduce emissions, we need all of our new homes to be net zero carbon in operation by 2030 at the latest.”

When Parc Hadau needs to draw on electricity from the grid, such as on cold winter nights, Sero will measure the carbon intensity of the imported electricity and later export enough clean energy in return to balance the overall carbon emissions.

James Williams, the managing director of Sero Homes, said: “The principles underpinning our vision for housing are simple – people’s homes should minimise the harm done to our planet and they shouldn’t cost the earth to run.”

The 11 two-bed homes, 22 three-bed homes and two four-bed homes will not be available for sale on the open market. Instead, Sero plans to offer the properties on long-term, index-linked leases to provide residents with security, without the large deposits needed to get on to the property ladder.

“The current housing market is failing to achieve this, and Parc Hadau will bring to life, at scale, this vision for better homes for future generations,” Williams said.

The Parc Hadau project comes almost seven years after the Treasury scrapped a policy that called for all new homes to be carbon neutral from 2016.

The policy, first put forward in 2006 by the then chancellor, Gordon Brown, would have ensured that all new homes from 2016 would generate as much renewable energy as they would use in heating, hot water, lighting and ventilation.

The Labour party’s recent election manifesto recommitted the party to net zero carbon housing, with a pledge to make all new homes carbon neutral by 2022.

“The climate change agenda may have gathered pace in recent years and months, but the answers to these huge challenges are needed right now,” Williams said.

“Parc Hadau will be an international exemplar of what great places to live can look like, and we hope will be one of many opportunities for us to create new neighbourhoods across the UK that [give] more people access to great-quality, zero-carbon homes at a time when they are needed most,” he added.

Source: Guardian

By 2020, WHO projects there will be 10 million fewer tobacco users

Photo-illustration: Unsplash (Apho)

For the first time, the World Health Organization projects that the number of males using tobacco is on the decline, indicating a powerful shift in the global tobacco epidemic. The findings, published today in a new WHO report, demonstrate how government-led action can protect communities from tobacco, save lives and prevent people suffering tobacco-related harm.

Photo-illustration: Unsplash (Apho)

“Declines in tobacco use amongst males mark a turning point in the fight against tobacco,” said Dr Tedros Adhanom Ghebreyesus, WHO Director-General. “For many years now we had witnessed a steady rise in the number of males using deadly tobacco products. But now, for the first time, we are seeing a decline in male use, driven by governments being tougher on the tobacco industry. WHO will continue working closely with countries to maintain this downward trend.”

During nearly the past two decades, overall global tobacco use has fallen, from 1.397 billion in 2000 to 1.337 billion in 2018, or by approximately 60 million people, according to the WHO global report on trends in prevalence of tobacco use 2000-2025 third edition.

This has been largely driven by reductions in the number of females using these products (346 million in 2000 down to 244 million in 2018, or a fall over around 100 million).

Over the same period, male tobacco use had risen by around 40 million, from 1.050 billion in 2000 to 1.093 billion in 2018 (or 82% of the world’s current 1.337 billion tobacco users).

But positively, the new report shows that the number of male tobacco users has stopped growing and is projected to decline by more than 1 million fewer male users come  2020 (or 1.091 billion) compared to 2018 levels, and 5 million less by 2025 (1.087 billion).

By 2020, WHO projects there will be 10 million fewer tobacco users, male and female, compared to 2018, and another 27 million less by 2025, amounting to 1.299 billion. Some 60% of countries have been experiencing a decline in tobacco use since 2010.

 “Reductions in global tobacco use demonstrate that when governments introduce and strengthen their comprehensive evidence-based actions, they can protect the well-being of their citizens and communities,” said Dr Ruediger Krech, Director of Health Promotion at WHO.

Despite such gains, progress in meeting the global target set by governments to cut tobacco use by 30% by 2025 remains off track. Based on current progress, a 23% reduction will be achieved by 2025. Only 32 countries are currently on track to reach the 30% reduction target.

However, the projected decline in tobacco use among males, who represent the overwhelming majority of tobacco users, can be built on and used to accelerate efforts to reach to the global target, said Dr Vinayak Prasad, head of WHO’s tobacco control unit.

“Fewer people are using tobacco, which is a major step for global public health,” said Dr Prasad. “But the work is not yet done. Without stepped up national action, the projected fall in tobacco use still won’t meet global reduction targets. We must never let up in the fight against Big Tobacco.”

Other key findings of the report included:

  • Children: Approximately 43 million children (aged 13-15) used tobacco in 2018 (14 million girls and 29 million boys).
  • Women: The number of women using tobacco in 2018 was 244 million. By 2025, there should be 32 million fewer women tobacco users. Most gains are being made in low- and middle-income countries. Europe is the region making the slowest progress in reducing tobacco use among females.
  • Asian trends: WHO’s South East Asian Region has the highest rates of tobacco use, of more than 45% of males and females aged 15 years and over, but the trend is projected to decline rapidly to similar levels seen in the European and Western Pacific regions of around 25% by 2025. The Western Pacific Region, including China, is projected to overtake South East Asia as the region with the highest average rate among men.
  • Trends in the Americas: Fifteen countries in the Americas are on track to reach the 30% tobacco use reduction target by 2030, making it the best performing of WHO’s six regions.
  • Policy action: more and more countries are implementing effective tobacco control measures, which are having the desired effect of reducing tobacco use. Tobacco taxes not only help reduce tobacco consumption and health-care costs, but also represent a rev­enue stream for financing for development in many countries.

Every year, more than 8 million people die from tobacco use, approximately half of its users. More than 7 million of those deaths are from direct tobacco use while around 1.2 million are due to non-smokers being exposed to second-hand smoke. Most tobacco-related deaths occur in low- and middle-income countries, areas that are targets of intensive tobacco industry interference and marketing.

Source: WHO

ABB Powers Pioneering Floating Solar Plant in Switzerland

Photo: ABB
Photo: ABB

ABB partners with Romande Energie to supply its market leading inverter solutions for one of the world’s highest floating PV installations, which increases efficiency of DC production by up to 30 percent, even in the winter. The innovative solar plant, situated 1810 meters above sea level on the artificial Lac des Toules in Switzerland, is predicted to produce more than 800,000 kWh of electricity per year and supply up to 220 homes in the region.

Located in the Swiss Alps, Lac des Toules is the latest in a global trend for installing floating Photovoltaic (PV) structures, which offer over 50 percent more efficiency by using topography and the surrounding natural resources, as well as being driven by a need to source alternative locations for PV systems where onshore land is at a premium.

The plant in Lac des Toules is unique due it its high-altitude location and climatic conditions, along with the higher than average annual yields even in winter months when there are extreme minus temperatures and low solar irradiation.

Yields and efficiency levels are improved thanks to the use of bifacial modules and the ‘albedo effect’ whereby the lake and snow’s reflective light is captured by the PV system. This enables the PV plant to continue to operate and produce electricity even when there is snow coverage.

Photo: ABB

Guillaume Fuchs, project lead at Romande Energie said: “We have been working on this project since 2012, so collaborating closely with our partners has been critical. ABB’s capabilities to support above and below the line with a complete technology package – including its PVS-175 string inverters, a transformer station with a dry transformer, and switchgear for medium and low-voltage, advice and counsel – have been critical to achieving and realizing this unique installation.”

The 2240 sqm park consists of bifacial solar models on a carpet of 36 floats, which are secured to the bottom of the lake by weights, allowing it to rise and fall at the same time as the water. The location also means that the floating PV structure and technologies had to withstand winds of up to 120km/h, lake ice thickness of 60 cm, and the potential to support up to 50 cm of snow.

ABB’s solution offers several key benefits for installations like the Lac des Toules. PVS-175 inverters were selected to harness the energy yields thanks to the anti-corrosion coating which enables the inverters to be installed into both fresh and saltwater applications. The PVS-175 inverters are also suited to this type of application based on its capabilities to operate within extreme conditions and temperature variances from -25⁰C and up to 60⁰C.

At an altitude of 1810m, the arrays can harness strong light reflections on the snow, with the bifacial PV modules increasing efficiency of DC production by up to 30 percent, even in winter months. Not only will the PVS-175 perform under extreme weather conditions, but its multi-tracking facility also allows it to cope with seasonal and weather variances in water levels. Offering the highest number of MPPTs on the market – 12 in total – the floating PV benefits from greater capacity and maximum energy harvest without compromising versatility. It also offers flexibility in complex installations including floating structures, with its fuse and combiner free design allowing for ease of maintenance.

Giovanni Frassineti, who heads-up ABB’s Solar Business, comments: “We are proud to be enabling a more sustainable energy future with innovative and exciting projects such as this. As the energy markets shift at such a rapid pace, we need to look for alternative and unique opportunities to install solar through quicker installs, less infrastructure and improved return on investment.”

ABB (ABBN: SIX Swiss Ex) is a technology leader that is driving the digital transformation of industries. With a history of innovation spanning more than 130 years, ABB has four customer-​​focused, globally leading businesses: Electrification, Industrial Automation, Motion, and Robotics & Discrete Automation, supported by the ABB Ability™ digital platform. ABB’s Power Grids business will be divested to Hitachi in 2020. ABB operates in more than 100 countries with about 147,000 employees.

Source: ABB

New Report Shows Potential of Renewables as a Reliable Power Source in Refugee Settlements

Photo: IRENA

On-site renewable energy solutions can cost-effectively supply refugee communities with low-cost, reliable electricity, according to the findings of a new report by the International Renewable Energy Agency (IRENA) in cooperation with UNHCR, the UN Refugee Agency. There are currently almost 26 million refugees in the world today. Unreliable energy exposes them to additional and associated risks which renewables can serve to overcome.

Photo: IRENA

Renewables for refugee settlements: Sustainable energy access in humanitarian situations, released at the Global Refugee Forum currently taking place in Geneva, examines the energy needs at refugee camps and identifies renewables-based solutions for four sites in Iraq and Ethiopia. Solar mini-grids in particular, are highlighted as being able to boost the efficiency of humanitarian operations, avoid costly diesel consumption, and support recently arrived refugees with immediate, reliable electricity access.

The report was launched as both organisations agreed in a new Memorandum of Understanding (MoU) to enhance their existing cooperation on promoting renewable energy solutions for the improvement of the humanitarian situation for millions of people displaced from their homes today.

“In line with our Global Strategy for Sustainable Energy, we aim to ensure that refugees can meet their basic energy needs in exile while also minimizing environmental degradation. Sustainable energy access will bridge this gap, enabling refugees to pursue education, supporting businesses and social enterprises, spurring innovation and exponentially enhancing the safety and well-being of people and communities, until such time that they can return home,” said UN High Commissioner for Refugees, Filippo Grandi. “This report and this new partnership between IRENA and UNHCR, is the beginning of an important alliance to mainstream access to energy for refugees and displaced people as well as their local communities, ensuring that they are not left behind.”

“Renewables can quickly and effectively change the lives of refugees for the better,” added IRENA’s Director-General Francesco La Camera. “Off-grid and grid connected small and medium sized solar installations are available, affordable and can bring reliable power to millions of displaced people around the world. We are looking forward to closely work and support UNHCR in its effort to protect life in humanitarian situations. Renewable solutions could become essential to the humanitarian toolkit.”

The study contributes to UNHCR’s Global Strategy for Sustainable Energy 2019-2024 and highlights prime opportunities to strengthen any humanitarian operation which can be replicated in other similar situations.

Findings and recommendations of the new report are based on data collected from field missions to the Darashakran and Domiz camps in Iraq and Tsore and Sherkole in Ethiopia. It concludes that in Iraq, blackouts and brownouts remain frequent even at grid-connected settlements, leaving refugees and the humanitarian community dependent on expensive, polluting diesel generators. In Ethiopia, most refugees lack any reliable access to electric lighting. Stand-alone solar systems with battery banks could cushion the impact of voltage fluctuations on the grid. Larger solar parks could provide electricity in and around settlements, as well as creating an enduring asset for host communities.

Source: IRENA

Green Priorities of Belgrade

Foto-ilustracija: Unsplash (Nikola Knežević)
Foto: Private archive of Milena Vukmirović

The consequences of climate change and global warming are becoming more pronounced in urban areas, and the problem is even greater due to the fact the cities, to a large extent, generate local weather conditions and thus significantly affect the quality of life of their citizens. In this sense, Belgrade shares the fate of the European capitals. Still, unlike the others, it is quite far from a comprehensive approach to dealing with the problem, although there are many ways to cope with global warming, points out Milena Vukomirovic, PhD.

EP: How vulnerable is Belgrade in terms of climate change and what is the biggest problem?

Milena Vukmirovic: Belgrade is extremely vulnerable in terms of climate change, which is primarily reflected in high temperatures during summer period, the increase of floods as well as the increase in the intensity and frequency of storms, as it is documented in the Climate Change Adaptation Action Plan on from 2015 developed by the team of people employed at the Secretariat for Environmental Protection of the City of Belgrade. Key problems that can be singled out are the lack of greenery and the use of solid and non-porous surfaces in paving in densely populated parts of the city, inadequate protective levees in parts of the city prone to flooding, poor condition of the facilities in terms of energy efficiency, a high percentage of private cars users that contributes to the increase of greenhouse gases and other.

Photo-illustration: Unsplash (Alexander Mils)

EP: In recent years, many panel discussions and conferences have been held on this topic which attended numerous experts, representatives of state bodies, NGOs… Can we say that, in a way, administration of Belgrade has been working on its climate strategy?

Milena Vukmirovic: Discussions, conferences, panels, written reports, some public policy document and that’s it. In my opinion, we are still far away from the general acceptance of the need to deal with this major problem, to which we generally refer only when the temperature exceeds 3or when the Sava floods Obrenovac. Of course, I know a lot of people who seriously and responsible deal with climate change issues, such as colleagues from the Secretariat for Environmental Protection of the City of Belgrade, the Ministry of Environmental Protection of the Republic of Serbia, my colleagues from the Faculty of Forestry, the Institute of Architecture and Urban Planning, the Institute of Public Health of the city of Belgrade, but these are still lonely initiatives, although this should be one of the priority goals.

EP: Given the fact that you were the Advisor to the Chief Urban Planning Officer of the City of Belgrade for four years, can you tell us which activities the city undertook in order to ensure sustainability in the current climate conditions but also in perspective?

Milena Vukmirovic: One large group of activities, conducted by Milutin Folic, who until recently was the Chief Urban Planning Officer of the City of Belgrade, and his team, was based on the principles of applying the concept of sustainable urban mobility and introduction and promotion of environmental awareness and the idea of the necessity of sustainable and natural environment as a precondition for the development of the city. This is how the IME project Identity_Mobility_Ecology was created, a kind of an action plan which included 20 subprojects, which among other things included the expansion of the pedestrian zone of Knez Mihailova Street, introduction of bicycles in the public transportation system, façade renovation according to the principles of energy efficiency and the arrangement of open public urban areas that would increase the intensity of spending time outdoor, the rate of pedestrians, planting of trees… Although the projects were very well accepted at the beginning, their implementation did not go in the expected direction. Here, I am primarily referring to the arrangement and the change of traffic regimes in certain streets, the construction of bicycle lanes, and the establishment of a bicycle renting system, the establishment of the Fund for energy efficiency of the facilities, greening and landscaping.

Photo-illustration: Unsplash (Yang Jing)

EP: How important is the design of public urban areas, which is something that you specifically deal with, for the reduction of the greenhouse effect and cleaner air in Belgrade?

Milena Vukmirovic: The design of open public urban areas is of great importance for the reduction of greenhouse gas and pollution, not only of air but also of land, water, noise, biodiversity and more. Particular attention in the context of climate change should be given to comfort, as this criterion can improve the quality and length of time spent outdoors. In this way, the microclimatic characteristics of the environment are also affected, i.e. they regulate temperature, wind drift, emissions of harmful gases and unpleasant sounds, reflection and more. As for Belgrade, it should start with an umbrella document that will thoroughly and responsibly address the challenge of designing open public urban spaces and implementing the concept of green infrastructure. And, of course, to start with the realisation.

Interview by: Gordana Knezevic

This article was published in the new issue of the Energy portal Magazine on CLIMATE CHANGE, september-november 2019.

PFAS Pollution Is Widespread in Europe but Risks Are Still Poorly Understood

Foto-ilustracija: Unsplash (Louis Reed)

The EEA briefing ‘Emerging chemical risks in Europe — PFAS’ presents an overview of the known and potential risks to human health and the environment in Europe posed by per- and polyfluorinated alkyl substances (PFAS). These extremely persistent and man-made chemicals are used in a variety of consumer products and industrial applications because of their unique properties, for example, to increase oil and water repellence, reduce surface tension, or resist high temperatures and chemicals. Currently more than 4 700 different PFAS exist, which, due to their extreme persistence, accumulate in people and the environment.

Foto-ilustracija: Unsplash (Louis Reed)

Although there is a lack of systematic mapping and monitoring of potentially polluted sites in Europe, national monitoring activities have detected PFAS in the environment across Europe, and the production and use of PFAS have also resulted in the contamination of drinking water supplies in several European countries. Human biomonitoring has also detected a range of PFAS in the blood of European citizens.

The EEA briefing warns that, due to the large number of PFAS, it is a difficult and time-consuming task to assess and manage risks for these substances individually, which may lead to widespread and irreversible pollution. The costs to society due to harm to human health and remediation in Europe have been estimated to be tens of billions of EUR annually. People are mainly exposed to PFAS through drinking water, food and food packaging, dust, creams and cosmetics, PFAS-coated textiles or other consumer products. Taking precautionary actions to limit non-essential uses and promoting the use of chemicals that are ‘safe-and-circular-by-design’ could help limit future pollution, the briefing notes.

The European Commission published its communication on the European Green Deal, which includes a zero pollution ambition for a toxic-free environment. The Commission’s communication foresees a chemicals strategy for sustainability that “will both help to protect citizens and the environment better against hazardous chemicals and encourage innovation for the development of safe and sustainable alternatives.” The communication also states that “the regulatory framework will need to rapidly reflect scientific evidence on the risk posed by endocrine disruptors, hazardous chemicals in products including imports, combination effects of different chemicals and very persistent chemicals.”

Source: EEA

Keeping Montenegro’s Flavours Alive

Photo: EBRD-FAO/Dermot Doorly

Danka Sekularac from northern Montenegro lives a life off the grid. Her house runs on solar power. The water is fetched from a nearby stream. Her food is homegrown.

Photo: EBRD-FAO/Dermot Doorly

Her surroundings – the mountain ridges of Biogradska Gora National Park with its sprawling pine forests, rolling meadows, pristine streams and glacial lakes – exude an air of a world untouched.

But life can get tough here.

Smallholder farmers like Danka used to rely heavily on agriculture. So much so, that a bad blueberry harvest or honey season could be enough to put their livelihoods at risk. Opportunities were scarce, and young people moved or were tempted to move elsewhere.

But with help from FAO and the European Bank for Reconstruction and Development (EBRD), opportunities started opening up.

Some 100 smallholder farmers from mountain villages in northern Montenegro are now reaping the benefits of agro-tourism and/or getting recognition for preserving centuries-old culinary traditions, and a way of life that, elsewhere, has been long abandoned or is slowing dying out.

30-year-old Danka hosts tourists, mostly from other parts of Europe, in “katuns” – centuries-old wooden huts used in the past by nomadic herders. She offers them guided hiking and horse riding, lessons in cheese making, and enthralls them with fresh, organic food.

“We have organic food, always organic. We have blueberries, mushrooms, actually everything. We do not buy anything at the market. That’s the best because we make the food with our hands and we know how it’s made. And it’s very delicious for tourists,” says Danka.

“This is the first year of the tourist season, and it’s a very good season. July was completely full with guests. I did not expect so many guests… My life changed a lot. I have maybe to work more and harder, but it’s very nice because I meet different people and can earn money,” she adds.

Photo: EBRD-FAO/Dermot Doorly

The FAO-EBRD project staff has worked with ministries, non-governmental organisations, tourism agencies, hotels and restaurants in Danka’s area and nearby municipalities to promote agro-tourism and local, high quality foods.

Through the project, farmers got connected with restaurant and hotel owners; and farmers and chefs got trained in how to store and cook local products so that their unique quality was enhanced and food safety compliances were met – all with the aim of encouraging locals to keep their traditions alive whilst boosting their incomes.

“Serving traditional dishes directly supports the farmers. Our potatoes, veal, fruits, vegetables and dairy products are all sourced from the local farmers,” says restaurant owner Plana Pejovic who took part in the FAO-EBRD training.

A typical lunch at her Serdar Restaurant near Mojkovac would consist of fresh cream cheese and creamy mushroom soup served with potatoes and cheese. At the entrance, the restaurant also sells blueberry juice, honey and other local products to visitors.

Elsewhere in northern Montenegro, FAO and EBRD, with funding from Luxembourg, helped farmers get international recognition – Geographical Indication (GI) status – for some of their foods thanks to their high quality and unique production process.

Crnogorska Govedja pršuta (Montenegrin dried beef meat) and Crnogorska Stelja (Montenegrin dried and smoked sheep meat) received GI status in 2018.

Inspired by the project, five additional products have been registered as GI, including Kolasin Lisnati sir (layered cheese), which is produced mainly by women.

Photo: EBRD-FAO/Dermot Doorly

To get the GI certification, the project staff worked with farmers, food processors and local authorities to help them upgrade their products’ food safety and quality standards. This included helping producers develop and agree on a code of practice that they must respect in order to sell their products under the GI label – for example, the food must come from the designated areas, and high quality and hygiene standards must be upheld. The project has also supported policy dialogue and development of appropriate food safety standards in the meat sector at the national level, and raised producers’ and consumers’ awareness about the new standards.

The GI-labelled dried beef, for example, must be made from the best cuts of fresh beef fed mostly on grass, salted with sea salt, beechwood-smoked and dried in the mountain air. This gives the meat its distinctive dark plum colour, consistency and texture and prevents any bitter taste.

“I have been involved in meat production – beef prosciutto and sheep meat – from an early age because my ancestors, my grandfather and grandmother were also doing this,” says meat producer, Almir Aldrovic.

“I’m very excited about receiving the GI certification because this will give us new opportunities, open new markets and businesses,” he adds.

By supporting local traditions to build better livelihoods and empower communities, FAO and its partners are working toward a world free of poverty and hunger.

Source: FAO

Ministerial Council Sets Vision for Post-2020 Climate and Energy Policy in the Energy Community

Photo: Energy Community
Photo: Energy Community

Convening under the Moldovan Presidency in Chisinau, the 17th Energy Community Ministerial Council focused on Energy Community Treaty reforms and the 2030 energy and climate framework. Opening the meeting, H.E. Mr. Anatol Usatîi, Minister of Economy and Infrastructure of Moldova said: “2019 marks another year of reforms at national, regional and European level along our commonly agreed goals under the Energy Community Treaty. We worked to live up to the requirements of a single pan-European energy market and we made steps towards setting sustainable development targets for the 2030 horizon. However, 2019 has brought to our energy agenda new challenges and opportunities, adding new tasks to our common mission. On this ground, we have not only to face the current implementation challenges, but also to act and prevent theoretical threats from turning into a real-life crisis. And here, I would like to reiterate that the Energy Community is a pivotal instrument for strengthening energy security in Moldova and the entire Europe”.

Photo: Energy Community

On the occasion of the Ministerial Council, Moldova and Ukraine signed a Memorandum of Understanding on cooperation in the area of security of gas supply. “The significance of this Memorandum is that it for the first time brings to life the principle of solidarity inside the Energy Community,” explained the Director of the Secretariat, Janez Kopac.

Representing the European Union at the meeting, Anne-Charlotte Bournoville, Head of the International Relations and Enlargement Unit of the Directorate General for Energy of the European Commission, underlined: “The Energy Community is an essential part of the external energy cooperation toolkit of the European Union. In order to maximize its role, it is crucial that the Energy Community stays fit for the changing environment around us. This is the principle purpose of the ongoing process to modernize the Treaty. Moreover, the Energy Community needs to follow the EU in its climate neutrality goals and joins the path towards decarbonisation by 2050”.

Photo: Energy Community

The Council took stock of the ongoing negotiations to improve the functioning of the Energy Community Treaty. The reforms shall strengthen the Treaty’s enforcement mechanism including by new implementation mechanism similar to those in the EU and introducing new provisions for facilitating energy trade and enhancing market integration between Energy Community Contracting Parties and EU Member States by a system of reciprocal rights and obligations. For the first time, the Treaty will task the Energy Community to combat climate change and underlines the importance of the Paris Agreement. It is expected that the negotiations will be finalized in the first half of 2020.

The European Commission presented ongoing work on 2019 General Policy Guidelines on 2030 Targets and Climate Neutrality for the Energy Community and its Contracting Parties. The proposal on the 2030 targets is now expected in the first half of 2021, alongside the relevant legislative package.

The Ministerial Council did not reach the unanimity required to establish serious and persistent breaches of the Energy Community Treaty on Bosnia and Herzegovina and Serbia.

Source: Energy Community

Greta Thunberg Says School Strikes Have Achieved Nothing

Photo-illustration: Unsplash (Markus Spiske)

The global wave of school strikes for the climate over the past year has “achieved nothing” because greenhouse gas emissions have continued to rise, Greta Thunberg has told activists at UN climate talks in Madrid.

Photo-illustration: Unsplash (Markus Spiske)

Thousands of young people were expected to gather at the UN climate conference and in the streets of the Spanish capital on Friday to protest against the lack of progress in tackling the climate emergency, as officials from more than 190 countries wrangled over the niceties of wording in documents related to the Paris accord.

In the four years since the landmark agreement was signed, greenhouse gas emissions have risen by 4% and the talks this year are not expected to produce new commitments on carbon from the world’s biggest emitters.

Thunberg, whose solo protest in Sweden in 2018 has since snowballed into a global movement, spoke at a press conference before a march through the centre of Madrid. She said that although schoolchildren had been striking around the world, this “has not translated into action” from governments.

“I’m just an activist and we need more activists,” she said. “Some people are afraid to change – they try so desperately to silence us.”

Thunberg expressed hope for the UN negotiations but doubted whether governments had got the message, and warned the world could not afford continued inaction.

“I sincerely hope COP25 will reach something concrete and increase awareness among people, and that world leaders and people in power grasp the urgency of the climate crisis, because right now it does not seem that they are,” she said.

Although young people would keep striking, Thunberg said, they wanted to stop – if governments made credible promises and showed a willingness to act.

“We can’t go on like this; it is not sustainable that children skip school and we don’t want to continue – we would love some action from the people in power. People are suffering and dying today. We can’t wait any longer,” she said.

The march was scheduled to coincide with protests and youth climate strikes around the world. In the US, Bernie Sanders and Jane Fonda were among the politicians and celebrities planning to join in.

As well as the march and a sit-down protest in the conference centre, there were shows of international solidarity among young people from around the world, including a picnic in a central Madrid park. The conference centre was flooded with hundreds of schoolchildren accompanied by their parents, many with babies in prams, who were kept separate from the rooms where negotiators were working on a draft text to clarify aspects of the Paris agreement.

Young people voiced their frustration at protests inside and outside the conference centre on the outskirts of Madrid.

Brianna Fruean from Samoa, speaking for the Pacific Climate Warriors, told the conference: “World leaders need to know that people like me are watching them. The text we put down today on paper at COP is what our future will look like.”

Many of the young people joining the conference from developing nations around the world bore personal witness to suffering they had experienced or seen.

“I’ve had typhoid. I’ve had malaria. My grandmother died from cholera. I know what I’m talking about,” said Jimmy Fénelon, the national coordinator of the Caribbean Youth Environmental Network in Haiti. “We need to raise awareness among young people. We can get them to work together and send a strong message.”

Renae Baptiste, also from CYEN, said: “For us, climate change is no longer a concept or theory, it’s our new reality. It’s affecting our lives now.”

The activist Miguel van der Velden said: “These things are not games. They’re getting worse. They’re affecting millions of people around the world. I come here because I have hope that we can work together.”

Source: Guardian

Balthazar from Fruska Gora

Photo: Energy Portal
Photo: Energy Portal

For some passers-by, Milivoj Pejin’s house in Sremska Kamenica is a seemingly ordinary family home that does not differ from its surroundings. More informed people are aware that this is not the case because the basic building material of this house is straw. The third group of people is we who have had the opportunity to go inside. Stepping inside Milivoj’s thatched walls, we felt as if we had entered the portal to the world of the unusual inventor Balthazar from the cartoon of the same name. There are a lot of similarities between him and our host, and you will conclude from the following lines which similarities are these.

Milivoj Pejin is a retired traffic engineer. He spends his leisure time perfecting several different inventions. He pro-tected five or six of them. However, due to the high cost of retaining that right on an annual basis, Milivoj is forced to give up patents one by one. He will not give up the one he has the most faith in, under no circumstances.

The device in question is a so-called electrical conductor, one of a kind apparatus for warming air by free circulation which is, according to its conceptual creator, entirely better than the competition in the market.

“First of all, it’s better because no heating device has such a constructed heater. Three sheet heaters with individual power of 1 kW are installed between the perforated aluminium sheet metals. They draw electricity in cycles with lower hourly consumption, but still sufficient for the warmed-up heater to deliver more energy than the heaters used in cycles. It allows the application of two bimetallic thermostats that maintain the heater’s temperature between 160 and 200 degrees Celsius. With one heater it can deliver 153 kg/m3 per hour, and with three heaters in the same conditions less than 200. This device does not save but makes maximum use of the available electricity from the distribution, and electrical and mechanical design solution of the machine enables the delivery of power, more than the amount consumed,” our interviewee reveals, adding that the electric conductor weighs 6 kg.

“The parts cost around 35,000 dinars, and it takes approximately five hours to assemble them. If these activities were done industrially, the cost of production would be lower. However, given the effects generated by an electrical conductor compared to the existing devices, its sales price could be higher if financial mathematics were applied,”
Milivoj points out.

He did not forget the role of his friend Branko R. Babic in the creation of an innovative device. The two enthusiasts met ten years ago at a Tesla fest in Novi Sad. Milivoj then complained to Branko that he was unsuccessfully trying to develop a heating system that would be cheaper than a market offer. The friend offered him to use his contrivance
– perforated aluminium sheet metals, as a starting point. They are now the essence of not only the electrical conductor but also Milivoj’s versions of air condition without compressor, computer coolers and solar collectors.

Even though we were visiting the Pejin family during one hot June day, the inventor wanted to show us how the electrical conductor works, so we simulated optimal laboratory conditions in the basement of the house.

Equipped with a notebook, a pen and a temperature gauge, we closely monitored the performance of the apparatus. The inlet air temperature was 22 degrees Celsius, and the outlet air temperature was 160 degrees Celsius.

Photo-illustration: Unsplash (Justin Kauffman)

By recording the key values and incorporating them into the appropriate formulas, we calculated that in the given circumstances, work of an electrical conductor, with one heater on, would result in more than double energy savings. We have concluded that within 24 hours, the electrical conductor would only consume 18-kilowatt hours and deliver 40-kilowatt hours.

“That way a kilowatt-hour would cost half as much, no matter what EPS cost zone the household is in, which is a significant economic contribution,” Milivoj explains. He then flatteringly told us that in an hour, we had perfected our skills enough to carry out similar experiments independently.

In the end, the only question is whether, after reading our report from the slopes of Fruska Gora, the comparison we used in the introduction is clearer to you.

Prepared by: Jelena Kozbasic

This article was published in the new issue of Energy portal Magazine CLIMATE CHANGE, September – November 2019.

 

Kaiserwetter to Help Accelerating the Transition to Clean Energy and Mitigating Climate Change

Photo: Kaiserwetter
Photo: Kaiserwetter

With global greenhouse gas emissions projected to reach another record high this year, IntelliTech-company Kaiserwetter Energy Asset Management LLC (Kaiserwetter) today launched its new cloud-based AI platform, ARISTOTELES Sky – The Energy Cloud for Nations, to help governments speed up the transition to lower carbon sources of energy and mitigate transition risks. ARISTOTELES Sky harnesses energy asset generation data collected through IoT enriched with spatial data to simulate national and regional energy systems. The new platform will give governments the necessary data intelligence to govern and manage the transition to clean energy sources and help them attract the necessary domestic and foreign investment to do so.

Global emissions have risen for three consecutive years, when they should be starting to drop if nations are to meet the goals of the Paris Agreement. Kaiserwetter has identified that a major barrier for governments in the fight against climate change is the lack of detailed insights to create a new energy future characterized by a demand-side approach where power supply follows specific load profiles.

“Global carbon dioxide pollution is higher than it’s ever been—this is deeply, deeply troubling,” said Hanno Schoklitsch, CEO of Kaiserwetter. “We believe that data intelligence holds the key to helping governments turn the tide and reform their energy systems. ARISTOTELES Sky will give nations unprecedented insights and actionable intelligence to effectively transition to cleaner sources of energy by mitigating the transition risks.”

ARISTOTELES Sky produces an optimized match between future national energy demand and the power generation supply, providing insights into where to locate new sources of energy, what types of sources are needed and how to reform the grid to accelerate the growth of a decentralized energy future.

“Nations around the world spend a tremendous amount of money on national security intelligence, but very little on the intelligence needed to effectively combat climate change—the greatest existential threat facing mankind. This has to change,” remarked Schoklitsch. “ARISTOTELES Sky gives governments the information they need to make smart planning decisions to transform their energy system to renewable sources and attract capital investment to finance this transition.”

Nations using ARISTOTELES Sky will have a private national cloud for data management that is secure and does not impede the IT infrastructure of supply systems in national markets. Kaiserwetter’s technology partner, SAP, is the market leader in AI, IoT and advanced analytics technologies, and the ARISTOTELES Sky platform incorporates the latest advances in these technologies. Further, with SAP as a partner, Kaiserwetter is offering a globally scalable solution with industry leading data security, protection and privacy.

To learn more about Kaiserwetter’s ARISTOTELES Sky platform, visit www.kaiserwetter.energy.

About Kaiserwetter Energy Asset Management LLC

Photo: Kaiserwetter

Kaiserwetter is the market’s first energy IntelliTech company, providing Data Analytics as a Service (DAaaS) to catalyze investment into renewable energy and reduce global greenhouse gas emissions. Kaiserwetter’s multiple award-winning, cloud-based IoT platform ARISTOTELES uses smart data analytics, predictive analytics and machine learning (AI) to minimize investment risk and maximize investment returns.

Established in 2012, the company is headquartered in Hamburg and has offices in Madrid and New York. In 2020, the company will open offices in China and India.

For more information about Kaiserwetter, visit www.kaiserwetter.energy, or follow the company on LinkedIn and Twitter.

Contacts

Jenny Wang
jenny.wang@kglobal.com