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The Dutch Mountains is the ‘Interactive Work and Residential Environment of the Future’

Photo: Pixabay
Photo: Pixabay

Mixed-use buildings are the future of sustainability, according to many in the movement, and it’s likely that no place on Earth is implementing that concept faster than the Netherlands. A proposed project dubbed the Dutch Mountains aims to fuse office space with hotel rooms and event venues under one roof, in an enormous concave structure that appears boat-like in silhouette. Studio Marco Vermeulenand BLOC (designers of the Dutch Windwheel) have established a consortium of companies and academic institutes to advance the project, including Dell Technologies, Honeywell Building Solutions, SPIE Netherlands, and the Technical University of Eindhoven.

Perhaps the most notable aspect of the Dutch Mountains design is its shape. From the outside, it recalls the hull of an enormous ship just launched into a body of water, with either end curving upward to a height of 147 feet. An aerial view reveals that the building surrounds a private green spacespanning nearly 43,000 square feet. There, workers and residents can relax in a park-like setting, hold outdoor meetings, or enjoy a picnic on the shore of a man-made pond—all while protected from the noise and pollution of the major highway running adjacent to the proposed site. The park is visible from all of the development’s amenities, offering a pleasant view of nature as opposed to looking out onto other buildings.

The Dutch Mountains features a 52,000-square-foot lobby, which houses the reception area for offices upstairs. The entrance to restaurants, conference venues, a health club, an indoor swimming pool, a supermarket, and an exhibition space are also located on this level. Beyond the lobby is close to 100,000 square feet of office space, laboratories, and hotel rooms. The Dutch Mountains’ ideal tenants include large businesses as well as startups, as the building is designed to be flexible to the needs of each company.

The mixed use project is proposed for De Run in the municipality of Veldhoven, in the Eindhoven area. The Dutch Mountains will support the claim that Eindhoven is the “smartest region in the world” by housing the Brainport Experience Center where business come to present their latest innovations. Also included in the plans are a field lab for innovative construction and energy technology, and a gardenfor food production.

Source: inhabitat.com

ABB to Strengthen Power Infrastructure on Canary Islands while Preserving Natural Beauty

canaryislands506x250ABB has received orders to supply gas-insulated switchgear (GIS) and shunt reactors to Red Eléctrica de España, (REE) the transmission agent and operator of the Spanish electricity system to support the upgrade of the electricity transmission infrastructure on the Canary Islands. The islands are part of an archipelago located off the coast of northwestern Africa, and one of Spain’s farthest-flung territories. They are also a popular tourist destination, renowned for their black- and white-sand beaches.

Designated a Biosphere Reserve by UNESCO, they consist of seven main islands and several smaller ones, all formed by remaining cones of extinct volcanos giving the islands their very steep and diverse landscape. The islands are most popularly known for their beaches and temperate climate and attract some 12 million tourists per year. With tourism accounting for 80 % of the archipelago’s economy, the reliable supply of electricity is vital.

The Canary Islands transmission grid comprises around 1,350 km of power lines and 50 substations. Since 2011, REE has been working on the upgrade of the transmission infrastructure in the Canaries. The ambitious plans under the project name MAR (Improvement of Grid Assets) aim to adapt the electricity infrastructure to the quality of REE’s facilities on the mainland Spanish peninsula. They will also help to address existing infrastructure deficiencies and integrate the acquired assets into REE control systems, to secure electricity supply in the archipelago.

As part of this upgrade project, ABB will design, supply and commission 145-kilovolt (kV) and 72 kV GIS to be installed in three indoor substations located on the islands of Lanzarote and Fuerteventura. Upon completion in 2017, the GIS will enable an interconnection between the electricity systems of the islands. ABB’s robust and highly compact GIS technology can enable up to 90 percent space savings compared to air-insulated switchgear (AIS). Its significantly smaller footprint enables GIS substations to be hidden in buildings, thus preserving the surroundings in its natural state.

“ABB’s compact GIS technology will help to strengthen the power transmission infrastructure on the picturesque Canary Islands and boost power supplies while preserving their natural landscape and minimizing environmental impact,” said Giandomenico Rivetti, Managing Director of ABB’s High Voltage Products business unit, a part of the company’s Power Grids division.

In a power system, switchgear controls, protects and isolates electrical equipment to boost the reliability of power supply. ABB pioneered high-voltage GIS in the mid-1960s and continues to drive the technology, offering a full range product portfolio with voltage levels from 72.5 kV to 1,200 kV. As a market leader in high-voltage GIS technology, ABB has a global installed base of more than 25,000 bays.

The project also includes the design, supply and commission of three shunt reactors 6 megavolt amperes reactive (Mvar) 72kV and one 9 MVAr 132kV to be installed in the same indoor substations located on Lanzarote and Fuerteventura. Shunt reactors are low loss versions and will be used for compensating of capacitive power of submarine cables between Canary Islands. In addition to this project, ABB will support REE with their upgrade of the mainland electricity transmission infrastructure with seven single phase 200 megavolt amperes (MVA) 420 kV autotransformers.

ABB (www.abb.com) is a leading global technology company in power and automation that enables utility, industry, and transport & infrastructure customers to improve their performance while lowering environmental impact. The ABB Group of companies operates in roughly 100 countries and employs about 135,000 people.

Source: abb.com

GE Secures over $900 Million Order for Latin America’s Largest Gas Power Plant

GE  announced few days ago that it has secured a more than $900 million turnkey order with Centrais Elétricas de Sergipe S.A. (CELSE) for Brazil’s Porto de Sergipe combined-cycle power plant. With a generating capacity of 1,516 MW, the facility will be the largest gas power plant in Latin America and can deliver an efficiency rate of over 62%.

“Porto de Sergipe will transform the way power is delivered in Brazil, and we’re confident that GE is the right partner to deliver the full scope of this project through its optimized gas power solutions,” said Eduardo Antonello, CEO of Golar Power, an owner of the project company CELSE. “We look forward to working together to supply more affordable, reliable and cleaner energy solutions to the people of Brazil.”

The plant will feature three of GE’s world-record-setting HA gas turbines and a steam turbine as well as a heat recovery steam generator (HRSG) and other related equipment added to the GE portfolio through the Alstom acquisition nearly one year ago. The contract also includes a robust transmission system provided on a turnkey basis by GE Energy Connections. This system incorporates a high voltage step up substation at the power plant, transmission lines and a bay at an existing substation.

“GE’s HA technology is faster – capable of delivering full power to the grid in under 30 minutes – and able to achieve more efficiency than ever before, and it’s changing the way our customers deliver power around the world,” said Joe Mastrangelo, president and CEO, Gas Power Systems at GE Power. “When we tap into the GE store and combine the HA with other innovative technologies across GE, it’s a game changer that will make a real difference in meeting the growing energy demands in Brazil.”

Once complete, the combined-cycle plant, located at Barra dos Coqueiros, will account for an estimated 15% of Northeast energy demand in Brazil. In addition, with an extensive amount of wind and hydro power in Brazil, GE’s 7HA technology will play an important role in enabling a quick response to fluctuations in grid demand and adapting quickly to weather changes. The plant’s first operation is scheduled for January 2020 as part of the Governador Marcelo Déda power generation complex.

“Our world depends on electricity to power people’s lives and Brazil’s demand for energy is expected to continue to grow,” said Reinaldo Garcia, president and CEO, Grid Solutions at GE Energy Connections. “This new power plant allows the country to meet growing demand, providing the necessary complement to its intermittent renewable energy sources. Our role is to ensure the reliable, efficient and safe connection from the power plant to the electricity grid. We are proud to provide the connective fiber delivering energy to the Brazilian people.”

GE has a longstanding presence in Brazil of 96 years. Today, there are more than 12,000 GE employees in the country based throughout 10 GE businesses, including 29 production and services units and one of GE’s main hubs for innovation, a Global Research facility that was inaugurated in 2014. Additionally, GE equipment helps power approximately one-third of all energy generated throughout Latin America.

Source: genewsroom.com

1st Meeting of the High-level Committee of the Algiers Accord – OPEC and Non-OPEC Oil Producing Countries

Photo: OPEC
Photo: OPEC

The OPEC High-level Committee, established by the Algiers Accord, met with non-OPEC oil producing countries on Saturday, 29 October, at OPEC headquarters in Vienna.  It was preceded by the first High-Level Committee Meeting, held Friday, 28 October, among OPEC Member Countries.

In addition to OPEC Member Countries, six non-OPEC countries attended the joint Meeting.  They were Azerbaijan, Brazil, Kazakhstan, Mexico, Oman and the Russian Federation.

The Meeting acknowledged the landmark Algiers Accord, which was a consensus decision of all OPEC Member Countries, and underscored the positive impacts it has had on the markets, with a reversed trend in oil prices and reduced volatility, providing a common platform for all producers to work jointly on restoring stability to the markets.

Delegates also discussed current oil market conditions and prospects for the rest of the year and in 2017.  Deliberations focused on oil market fundamentals and driving factors for the economy, oil demand and supply, including the exceptionally high stock overhang.

The Meeting noted that the world economy, despite prevailing uncertainties, is expected to see improvements in the current year and in 2017.  There has already been an increase in oil demand growth so far in 2016 in both the OECD and other regions, with potential for similar growth in 2017.  On the supply side, significant declines were noted in non-OPEC regions in 2016. However, the stock overhang continues to be very high.

In addition, the negative impact of prolonged low oil prices, which has resulted in deep cuts in upstream investments, is expected to extend into an unprecedented third year.  Furthermore, despite gradual adjustment, persistent oversupply with excess stocks was noted as a concern, exerting adverse pressure in the market.

The Meeting engaged in intensive and fruitful deliberations on how best to return much-needed stability to the market. The participants shared their readiness to enhance the rebalancing process, including through joint coordinated actions implemented on a sustainable basis, in order to accelerate the ongoing drawdown of the stock overhang and bring the rebalancing forward.

In this regard, the Meeting emphasized the value of more frequent consultations towards contributing to the effective implementation of the Algiers Accord.

In view of the market complexities and large uncertainties going forward, the Meeting stressed the importance of enhanced cooperation for all times, along with technical interactions, so that future consultative meetings may adequately address topical issues affecting the oil market and the industry at large.

At the conclusion of the Meeting, participating countries expressed their appreciation for the constructive and fruitful discussions, and resolved to strengthen their cooperation through regular, structured and sustainable consultations among OPEC and non-OPEC producers in accordance with the mandate of the Algiers Accord. The consultations will continue in November 2016.

The Meeting marked positive development on the road towards reaching an agreement at the OPEC Ministerial Conference to be held on 30 November 2016.

Source: opec.org

Living Microalgae Lamp Absorbs CO2 from the Air

Photo-illustration: Pixabay

French biochemist Pierre Calleja has designed a fascinating eco-friendly lamp that could light up streets and parking garages while cutting CO2 emissions. It runs completely free of electricity, powered solely by a tube filled with glowing green algae. The lamp uses the energy created by the algae’s own photosynthesis process to power the light within, while the algae itself lives on CO2 in the air outside.

The lamp is designed so it can store the energy from photosynthesis for later use. That way, when it’s transported into low-light areas, it can glow without the need for any external power source. A single lamp could absorb roughly a ton of carbon from the air in just one year — the same amount as 150 or 200 trees. If these lamps could go into mass production, they could go a long way toward fighting climate change and reducing air pollution.

Interestingly enough, the lamp isn’t the only novel application Calleja has found for microalgae. He and his team at FermentAlg are already using microalgae for all kinds of applications, from a sustainable source of Omega 3 supplements to a base for natural cosmetics. They’ve even figured out how to harness algae as a source of biofuel.

Source: inhabitat.com

1,000-Year-Old UK Cathedral Is Likely World’s Oldest Cathedral to Go Solar

Photo: Pixabay
Photo: Pixabay

A 1000-year-old UK cathedral is joining the solar power revolution. UK solar company Mypower just installed the first panel of around 150 on the roof of Gloucester Cathedral in England earlier this week. When the installation is complete, Mypower says the cathedral will be the oldest in the UK and maybe even the world to have a “commercial size solar panel system on the roof.”

The solar panels will adorn the roof of the cathedral’s South Nave, and due to the building design probably won’t be visible from the ground. They will provide the cathedral with 40 kilowatts of clean energy. In true British fashion, the cathedral said the solar panels would reduce power costs by about a quarter, “enough to make 2,000 cups of tea every day of the year!”

Installing solar on a cathedral is trickier than placing panels on modern buildings; Mypower Managing Partner Ben Harrison said they’ve had to work around twists and spots where the roof has sagged over time. He said they’ve worked closely with the cathedral’s structural engineers and architect to ensure the work is completed correctly.

Harrison said in a statement, “At times it’s been extremely tight in terms of maneuverability around parts of the site, particularly when the work required us to work just inches away from centuries-old gargoyles, but we put strategies and measures in place to protect the building from any damage.” Reverend Canon Celia Thomson was on hand to help install the first panel.

The Church of England is running a Shrinking the Footprint campaign, and the solar array will help Gloucester Cathedral work towards the campaign’s goal of slashing carbon emissions “by 80 percent by 2050.”

Source: inhabitat.com

Falling Costs and Tech Innovations Will Drive Offshore Wind Power Boom

futureOffshore wind power has the potential to grow from just 13 gigawatts (GW) in 2015, to 100 GW in 2030, according to new analysis from the International Renewable Energy Agency (IRENA). Innovation Outlook: Offshore Wind, launched today at the World Wind Energy Conference in Tokyo, provides an overview of the future developments that will drive the offshore wind power boom, including technology advancements and further cost declines.

“Offshore wind power is poised to become a leading power generation technology in a decarbonised global economy,” said Adnan Z. Amin, Director-General of IRENA. “Now that onshore wind power is cost-competitive with conventional power generation technologies, more attention is shifting to offshore applications, characterised by high technical power generation potential.”

Technology innovation will be a key driver of the offshore wind boom. The report highlights upcoming innovations that will enable sector development, including next generation wind turbines with larger blades, and floating turbines, which will open up new markets in deeper waters. These advancements, combined with other sector developments, will reduce average costs for electricity generated by offshore wind farms by 57 per cent over time – from USD 170 per megawatt hour (MWh) in 2015 to USD 74 per MWh in 2045.

“The potential for offshore wind is enormous, but to realise it, governments must support technology innovation, and implement mechanisms to reduce technical risk and finance costs,” said Stefan Gsaenger, Secretary-General of the World Wind Energy Association. “This report from IRENA helps lay the foundation for this needed action.”

Innovation Outlook: Offshore Wind provides a set of recommendations for the effective implementation of policy mechanisms and incentive programmes that would allow offshore wind technology to realise its potential to decarbonise the energy market. Recommendations include provisioning targeted research and development funding and supporting information sharing and skills development, amongst other measures.

The report is part of the Innovation Outlook series, which highlights innovations and future outlooks for various renewable energy technologies. Innovation Outlooks are also available for mini grids and advanced liquid biofuels.

Source: irena.org

Tesla’s Boss Elon Musk Unveils Solar Roof Tiles

Photo: tesla.com
Photo: Tesla.com

The Tesla chief executive, Elon Musk, has unveiled new energy products aimed at illustrating the benefits of combining his firm, which makes electric cars and batteries, with solar installer SolarCity.

The billionaire entrepreneur showed off solar roof tiles that eliminate the need for traditional panels and a longer-lasting home battery, which Tesla calls the Powerwall, aimed at realising his vision of selling a fossil fuel-free lifestyle to consumers.

“This is sort of the integrated future. An electric car, a Powerwall and a solar roof. The key is it needs to be beautiful, affordable and seamlessly integrated,” Musk said while showcasing the products on homes once used as the set for the US TV drama Desperate Housewives in Los Angeles.

Musk is the biggest shareholder in both Tesla and SolarCity, which is run by two of his cousins. Analysts have questioned the deal’s proposed synergies, with some suggesting the merger is a way for Tesla to rescue loss-making SolarCity. A vote on the acquisition is due on 17 November.

The rollout of the product, expected as soon as next summer, would be “unwieldy” if the two companies are not combined, Musk said.

Having two separate companies “slows things down, makes them more expensive. It’s worse for shareholders,” he said.

Musk declined to answer a reporter’s question about how Tesla’s balance sheet would accommodate the acquisition of SolarCity.

By incorporating solar modules into rooftops, Tesla is hoping to succeed with a solar technology that to date has had little success. Just this year, Dow Chemical said it would stop selling a solar tile it launched five years ago.

Tesla’s glass solar roof tiles would look far better than any similar product, Musk said. They can be manufactured in a range of styles, which were demonstrated on the rooftops on the set.

Tesla gave little detail on cost, except to say that the cost of the roof would be less than a conventional roof plus solar. The product will appeal to home builders and those looking to replace their roofs, Musk said, adding that the shingles would be more durable and have better insulation qualities than conventional roofing.

SolarCity co-founder Peter Rive, Musk’s cousin, said the solar roofs could easily have a 5% share of the new roof market in a year or two.

The new generation of home and industrial batteries will be available this year.

Source: theguardian.com

Indian Farmers Fight Against Climate Change Using Trees As A Weapon

Photo: Pixabay
Photo: Pixabay

In 19 years, Ramu Gaviti’s six acres of land have gone from barren, dry and sparsely vegetated to fertile, moist and thick with biomass. Peacocks, wild pigs and rabbits have reappeared and in rejuvenated rivers, boys trap fish in baskets.

Gaviti once scratched $29 (£23) worth of millet and grass per acre per year. In bad years he left his smallholding in Jawhar, in the hills to the north-east of Mumbai, and went to mine sand at the coast for construction. “Sometimes you feel as if you can go in the river and drown,” said the farmer, who has heard of 50 men who never returned. Now he has more than 1,000 fruit, nut and forest trees, paddy rice, a tractor, a brick house, and an income the equivalent of $1,200 (£975) a year.

Gaviti’s life has been transformed by a model of agroforestry pioneered by an Indian NGO. “If the organisation had not come, we would have had no guiding person,” he says. The NGO BAIF, who specialise in supporting climate-resilient agriculture, arrived in 1997 and worked closely with local people until 2004. “It was a wasteland virtually,” says agriculturalist Sudhir Wagle, who led the effort. “We began by suggesting 40-60 mango and cashew trees per acre and a boundary of indigenous trees. Including costs such as development of common water sources, we calculate that each acre cost us $130 [£105] a year to improve and that it took us and the farmers five years. But we saw families getting $225 [£180] per acre a year after five years and $670 [£545] per acre a year after ten.”

Gaviti and his fellow farmers are more than an economic success, however. They are a climate success too. Agriculture is the world’s second largest emitter of gases such as CO2 that cause climate change. But the villagers’ trees have been drawing carbon from the atmosphere for years. This represents one of the greatest hopes for India, which has committed to capture 2.5 to 3bn tonnes of carbon through new tree and forest cover by 2030, to deliver on the Paris accord.

“The vast majority of India is agricultural land,” says World Agroforestry Centre’s Dr Ravi Prabhu. “We can deliver from this landscape and help people at the same time. Agriculture finds no mention in the accord. The focus is forests. But agriculture accounts for 10-12% of emissions and 70% of biodiversity loss and fresh water use. We cannot afford to segregate or we will be left with islands of biodiversity surrounded by deserts.”

Turning agriculture into a carbon sink is not a dream. Scientists from the World Agroforestry Centre, Royal Botanic Garden Edinburgh, and elsewhere found that agricultural land can hold four times as much carbon as previously estimated by the Intergovernmental Panel on Climate Change. The US Environmental Protection Agency states that, while fossil fuel use is the primary source of CO2: “The way in which people use land is also an important source, especially when it involves deforestation.” Likewise, land can remove CO2 from the atmosphere through reforestation and improvement of soils.

Scaling up what Gaviti and the other villagers are doing could be one of India’s greatest hopes for delivering on its commitments to the Paris agreement on climate change.

India’s government recognised the value of trees on farms in 2014 with the world’s first national agroforestry policy (pdf), which aims to help increase forest or tree cover to 33% from the present 21%. A key impetus was timber; farm trees meet 65% of India’s demand. The policy could put India leagues ahead on climate change and save land from ruination: 50% of India’s land is degraded and 86% of the degraded land is agricultural, says World Resources Institute’s Dr Nitin Pandit.

Rakesh Sinha, joint secretary in the Ministry of Agriculture, is in charge of rolling out the plan. “Trees have always been part and parcel of Indian agriculture but now we are considering paying farmers for ecological services from agroforestry.”

Back in Jawhar, Gaviti tends his trees, among the many fruits of which have also been a change in social status. “When I go to town, they don’t disrespect me for being a labourer“. Bowing his head and putting his hands together, he says: “They now say Namaskar.”

Source: theguardian.com

Poverty-Fighting Organizations Ready to Speak Out on Coal

Photo: Pixabay
Photo: Pixabay

A year ago, a group of poverty-fighting organizations from the global North and South, including our own, began a discussion about coal.

We were keenly aware of how important energy is to improving poor people’s lives, but also concerned about climate change that is pushing these same people deeper into poverty. Environmental groups often highlight the dangers of coal pollution—the single biggest source of greenhouse gases as well as a source of air and water pollution—while the coal industry claim that expanding coal power is critical to eradicating poverty. This includes delivering energy to the billions without modern electricity or cooking solutions.

We wanted to resolve the apparent paradox between coal’s roles as purported energy hero and climate villain by looking at the evidence, beyond both the narrower focus of climate groups or vested coal industry interests. We published our findings in a paper launched this week, Beyond Coal: Scaling Up Clean Energy to Fight Global Poverty, coauthored by 12 development organisations.

Some of the findings are unsurprising. Rich countries must take the lead in phasing out coal for both environmental and social justice reasons. Most coal use is in rich countries plus China. Continuing it will push us past the agreed climate change limitof 2°C warming, pushing hundreds of millions into extreme poverty in coming decades. Of the G7 countries, the US and the UK are making progress on retiring coal power, while others, including Japan, are notable laggards. In fact, Japan is expanding rather than retiring its coal capacity.

It was clear from our analysis that the coal phase out could not end with rich countries. Most new coal plants are planned in the developing world, especially in Asia. With emissions from existing coal infrastructure, this will push the planet past 2°C. As World Bank President Jim Kim put it: ‘if the entire region implements the coal-based plans right now, I think we are finished … That would spell disaster for our planet.’

The good news is that we don’t need a radical expansion of coal power to eradicate poverty and address the world’s greatest development challenges.

More coal will not bring reliable, affordable and safe energy to the billions living in energy poverty. The vast majority of the energy poor live far from the grid and will be reached quickest and most cheaply by distributed renewable solutions (such as solar home systems or mini grids). Even for poor people near the grid, adding more coal power plants will do little as they cannot afford the costs of connection, and sector mismanagement leaves already existing plants idle much of the time. In the case of cooking, people need more efficient cookstoves and cleaner fuels, not more power for a grid which does not reach them.

Even the World Coal Association acknowledges that coal’s role in defeating energy poverty may be limited. Greater investment in distributed energy solutions and political will for the tricky process of power sector reform are the priorities.

Access to energy is important for improving incomes and for powering economic development. In 2013, there were 767 million people living on less than $1.90 a day, half of them in sub-Saharan Africa.

China is often and understandably cited as the major success in reducing extreme poverty, from 650 million in the early 1980s to approaching 200 million in the late 1990s. But using China’s example to justify further expansion of coal to fight poverty is a misreading of history. China’s runaway coal expansion only occurred in the 1990s – a decade after its huge gains in poverty reduction. While industrialization, and a related increase in energy supply, was an important driver for China’s growing economy, coal-powered industrialization was not the main driver of extreme poverty reduction.

Energy times have also changed. There are now cleaner sources of energy to power poverty reduction and economic development than coal. Renewable options are now cost-competitive with coal globally – despite the vast subsidies still pouring into coal. In the US for example, price of solar PV and wind have declined by over 80% and 60% respectively since 2009 alone, with global numbers catching up. In terms of job creation, the younger renewable energy industry has 9.4 million employed compared to the mature coal industry’s 7 million jobs. For sustainable economic development and decent job creation, it makes sense to look beyond coal to renewables.

China’s history with coal has also left a legacy of half a million premature deaths annually from air pollution. Given coal’s environmental pollution and the associated health impacts, as well as climate change, continuing to bet on coal means condemning the poorest to further impacts that can only make their situation worse.

So while rich countries must shoulder their historical responsibility by phasing out coal, developing countries also need to develop new energy pathways that can deliver development for their citizens, including the poorest, in cleaner and healthier ways.

Source: huffingtonpost.com

IRENA & Central American Countries Join Forces to Integrate Renewables into Regional Power Systems

Foto: Pixabay
Photo: Pixabay

IRENA yesterday announced one-week series of workshops designed to support the deployment of renewable energy in Central America will conclude tomorrow in Panama City. Led by the International Renewable Energy Agency (IRENA), this first-of-its-kind effort convened key energy stakeholders to tackle the challenge of integrating more renewable energy into regional power systems. Participants included Central American Integration System Member States, regional and national electric utilities, distributors, operators, regulatory authorities, and other power system players.

“While the current investment signals in Central America are encouraging, the integration of larger shares of renewables into national electricity systems and the regional grid is a complex challenge that requires support from all sectors,” said IRENA Director-General Adnan Z. Amin. “Workshops like those held this week are vital, as they convene the needed stakeholders to chart a course for concrete action. More collaboration will be necessary for the region to achieve its 11 per cent renewable energy target by 2020.”

The week began with a two-day workshop focused on the challenges and opportunities Panama faces in scaling up its renewable energy capacity. Participants assessed the impact of integrating larger shares of renewables into national electricity systems and the regional interconnection infrastructure. The week concluded with a three-day workshop focused on national and regional strategies to advance the deployment of renewables in electricity systems. Participants discussed the policy, regulatory framework and technical challenges ahead in integrating higher shares of variable renewable energy into the energy system.

“IRENA looks forward to continuing to collaborate with the region, and Panama as a pilot country, to achieve the Central American Sustainable Energy Strategy 2020 and to accelerate its transition to a sustainable energy future,” said Mr. Amin. “In the process, the region can improve its energy security, create jobs, boost economic growth and improve public health.”

Source : irena.org

Cameroon: $100 Million to Boost Livestock Sector for Improved Productivity and Climate Change Resilience

fertThe World Bank Board of Executive Director approved today $100 million to help Cameroon improve the productivity and competitiveness of targeted livestock production systems in the country over the next six years.

The Livestock Development Project will help build resilience to climate change and improve the nutrition status of vulnerable populations. The project will help in the commercialization of their products for the targeted beneficiaries, and provide immediate and effective response in the event of an eligible crisis or emergency.

“Agriculture plays a significant role in Cameroon’s socio-economic development, and with livestock employing 30 percent of the rural population, it is important to help the sector contribute towards economic growth, reduction of food insecurity and malnutrition, and job creation.” says Elisabeth Huybens, World Bank Country Director for Cameroon. In addition to that, a clear opportunity is offered to address some of the effects resulting from climate change such as reduced agricultural production, natural resource degradation, food insecurity, and threats to the livelihoods of its vulnerable populations.

This project will benefit livestock rearing households, including pastoralists, livestock farmer’s organizations and their microfinance institutions, small and medium scale private livestock operators and vulnerable groups, particularly women and youth. Livestock support services, including the public livestock research and extension services, NGOs, and service providers involved in the targeted livestock value chains in the project areas will also improve as a result of the project.

Source: worldbank.org

GIZ Accredited by Green Climate Fund

derThe Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH has been accredited as an implementing organisation by the Green Climate Fund. GIZ can now apply for financing from the fund for projects with a total volume of up to USD 250 million. It can also pass on subsidies.

‘I’m delighted that GIZ is now an accredited organisation. This is recognition of the experience we have gathered over many years around the world in our work on climate change mitigation,’ said Tanja Gönner, Chair of GIZ’s Management Board. ‘This key international climate funding instrument will enable us to implement even more climate change mitigation projects in future.’

Together with interested partner countries, GIZ will prepare projects for the fund, for example in Africa, Asia and Latin America. The projects will aim to improve local climate change mitigation and support populations in adapting to the inevitable impacts of climate change.

The Green Climate Fund was established by the 194 states attending the 2010 Cancún Climate Change Conference. It provides funding for climate projects in developing countries, both to reduce greenhouse gas emissions and to help adapt to the impacts of climate change. The German Federal Government is one of the main donors to the Green Climate Fund and is represented on its Board. Alongside GIZ, another German development cooperation organisation, KfW Development Bank, also has Green Climate Fund accreditation.

The Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH is a German federal enterprise with worldwide operations. It supports the German Government in the field of international cooperation for sustainable development and international education work. GIZ helps individuals and societies take charge of their own future and improve their living conditions.

Source: giz.de

Fine South African Wine Goes Green with Schneider Electric Solar Solutions

Photo: Pixabay
Photo: Pixabay

Three wine estates have recently blended vintage with innovation by taking advantage of the South African climate to enhance their power requirements. De Grendel dairy and wine farm in the Durbanville Wine Valley along with Leopard’s Leap Family Vineyards and La Motte, both based in Franschoek Valley, all turned to renewable energy specialist, Emergent Energy, to provide them with a green solution to answer their escalating cost of electricity concerns.

Working closely with Schneider Electric, a global specialist in energy management and automation, Emergent Energy selected solar products from the Schneider Electric range to offset a large portion of the farms’ electrical requirements.

De Grendel’s solar photovoltaic (PV) system by Schneider Electric consists of a 21kWp roof mounted structure on its cowshed, using Trina modules to offset its dairy operation’s electrical requirements. An 189kWp ground-mounted system by Schneider Electric is installed along the highway adjacent to the farm and further offsets a large portion of the entire farm’s electrical requirements.

Schneider Electric solutions offering 54.9kWp and 104kWp of solar power to Leopard’s Leap and La Motte respectively were also installed using Trina modules.

“The projects are boasting exciting returns on investment with a measurable reduction in electricity bills. In addition, the lower carbon footprints of the farms and green focus have enhanced their reputations as being innovative companies that adhere to sustainable practices and run eco-friendly operations,” says Leon Hailstones, channel manager for Schneider Electric’s rooftop and off-grid solar products in southern Africa.

Yoann Joyeux, managing director at Emergent Energy, adds, “We work closely with Schneider Electric as the company guarantees both brand reputation and quality products. The company also offers a strong service network of partners and employees throughout South Africa. This support is critical to us because Emergent Energy works on projects throughout the country and we are able to rely on Schneider Electric in each province, as illustrated by the recent successful implementation of the Schneider Electric 41kWp solar PV solution at the Corner Office Park in Johannesburg.”

Source: cbn.co.za

GGF Partners with AFK to Support Green Financing in Kosovo

indexThe Green for Growth Fund (GGF)  announced a EUR 1 million senior loan to Agency for Finance in Kosovo (AFK) in a deal that further expands and diversifies the fund’s geographic and operational scope with financing for Kosovo’s developing energy efficiency (EE) market, according to GGF’s press release.

AFK caters to micro- and small businesses and rural communities and has recognized the importance of EE financing and the growth potential in this sector. The investment is designed to support AFK’s desire to increase its dedicated EE financing operations, and the GGF’s first loan in Kosovo underscores the fund’s ability to finance energy reduction measures in new markets. AFK is expected to on-lend the GGF investment to clients for measures that lower power use and emissions at residences and businesses. Along with the loan, the GGF is providing AFK with technical assistance to expand the institution’s expertise in EE lending.

GGF Chairman Christopher Knowles said: “Our work with AFK demonstrates yet again how we continue to extend the fund’s reach. By expanding the number of markets where we provide funding that reduces energy consumption and emissions, the GGF continues along the path to meeting its goals.”

AFK CEO Vahdet Anadolli said: “We feel excited and privileged to be the first MFI in Kosovo that will receive financial and technical support from Green for Growth Fund. AFK has already established its experience in financing energy efficient projects in Kosovo, and this new funding will allow us to further promote our values and dedication to environmental protection.”

Source: ggf.lu

 

Investing in Infrastructure that Unites: First Gas Interconnector Between Finland and Estonia Ends Energy Isolation

Photo: Pixabay
Photo: Pixabay

A first gas interconnector between Finland and Estonia will end the long lasting gas isolation of Finland and help, boosting security of supply and bringing an economic lift to the region.

European Commission President Jean-Claude Juncker, the Prime Minister of Estonia Taavi Rõivas and the Prime Minister of Finland Juha Sipilä have today witnessed the signing of a €187 million investment in the Balticconnector – the first gas pipeline connecting Finland and Estonia. This gas interconnector will end the energy isolation of Finland which is largely dependent on a single supplier. When the gas starts flowing by 2020, this project will unite the Eastern Baltic Sea region with the rest of the EU energy market.

President Juncker welcomed the investment: “Today’s signature shows that the European Union delivers and unites. It is the result of close cooperation and a proof of true European solidarity. We are doing more than linking gas systems of two countries. We are bringing people and Member States in the region closer together by building a pipeline that unites European countries. As part of the Energy Union, we are building missing energy links, uniting markets, improving security of supply and ending the energy isolation of Member States.”

Prime Minister of Estonia Taavi Rõivas said: “Balticconnector signifies a key development for Nordic-Baltic energy market integration, for region’s security and diversity of supply and for consumer benefit. Regional co-operation and EU’s contribution allows for a change from entirely closed to one of the most diversified and open regional energy markets in the Union with further prospects in upcoming years” and Prime Minister of Finland Juha Sipilä added: “Balticconnector is an important milestone in helping to complete EU wide energy market and improving the security of supply in Baltic Sea region”.

As part of the EU’s Energy Union strategy, the EU is committed to building missing energy infrastructure links and ensuring that every Member State has access to at least three different sources of gas. Integrating the Baltic Sea region with the rest of the EU is a priority for the Commission.

The Balticconnector pipeline will consist of three sections: 22 km Finnish onshore, 80 km offshore and 50 km Estonian onshore. It enables the transport of 7.2 million cubic metres of gas per day with flows running in both directions. Alongside the Gas Interconnector Poland–Lithuania (GIPL), it will contribute to increasing energy security and solidarity in the region.

Source: europa.eu