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ABB to invest 280 million dollars in its European Robotics hub in Sweden

Photo: ABB
Photo: ABB

ABB announced an investment of 280 million dollars to expand its manufacturing footprint in Europe and build a new state-of-the-art ABB Robotics European Campus in Västerås, Sweden. The Campus will serve as the hub for ABB Robotics’ offering in Europe, providing customers with AI-enabled collaborative and industrial robots, as well as digital solutions to support flexible automation as part of the company’s “local for local” production strategy. Replacing the existing robotics facilities at the site, the new Campus is planned to open in late 2026.

“The investment in our new Campus is driven by customer demand and projected market growth,” said Björn Rosengren, ABB CEO. “Following important investments in China and the U.S, the new facility in Sweden will strengthen our capabilities in serving our customers in Europe with locally manufactured products in a growing market. Already today, around 95 percent of the robots ABB sells in the region are manufactured here. This is a strong commitment not only to our “local for local” strategy, but to all our robotics customers across Europe.”

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ABB’s investment in the Robotics Campus in Västerås will enhance its robotics and automation leadership globally. With the facility, ABB will expand production capacity by 50 percent and strengthen its capabilities to supply the European market, which is expected to grow at seven percent CAGR through 20271. When the campus is completed, ABB will have invested 450 million dollars in its three robotics facilities since 2018, including its mega factory in Shanghai that supplies customers in Asia and the Auburn Hills facility that supports the Americas.

Photo: ABB

“This is a great time to invest in robotics and automation. This new Campus is a significant part of our global growth story and key in supporting our European customers as they accelerate investment in robotics and AI due to the reshoring of industry, the move to more sustainable supply chains and long-term labor shortages,” said Sami Atiya, President of ABB’s Robotics & Discrete Automation Business Area. “Our Robotics Campus will help us to serve our customers more efficiently and support new and existing sectors like automotive, electronics, logistics, healthcare, e-commerce and pharmaceuticals to unlock the full potential of automation.”

ABB’s new Campus will enable close collaboration with customers and partners to develop robotics and automation solutions in a safe and functional environment. Customers will be able to test their solutions and experiment with the latest automation innovations on-site. In addition, employees, visitors, and students alike will be able to take part in an open and lively Campus, both during and after office hours.

“Our new, sustainable facility in Sweden will be located at the cradle of ABB Robotics’ global innovation, starting with ABB’s development of the world’s first commercial all-electric robot nearly 50 years ago”, said Marc Segura, President of ABB Robotics. “In our new R&D center, we are focusing on the development of new digital and AI-enabled technologies, making robots increasingly accessible while lowering the entry barrier for applications in all industries.”

Photo: ABB

The 65,000 m2 Campus will be a modern workplace for ABB Robotics’ workforce of 1,300 in the area and include a new factory, offices, a research and development center, an experience center and a training center for customers and visitors. The new factory will also feature autonomous mobile robots (AMRs) as a key component in transporting materials and products between the warehouse, assembly stations and assembly departments. The construction is planned to start in 2024 and will replace the nine separate buildings that have grown organically since 1974 and currently constitute the robotics operations in Sweden, thus further strengthening cross-functional synergies.

By building the Campus in Västerås, ABB continues to consolidate the area as an automation cluster, staying in important proximity to customers, suppliers, academia, and partners. The Campus will provide a unique opportunity to develop the ecosystem while maintaining rapid lead times, with shorter transports and a reduced carbon footprint. It also further allows ABB to leverage competencies and capabilities cultivated by ABB Robotics in Sweden over the past 50 years.

The campus will be constructed in line with ABB’s 2030 Sustainability Targets that aim towards carbon neutrality within ABB’s operations by reducing greenhouse gas emissions and increasing preservation of resources. To support this, consideration will be made in the selection of building materials and construction processes as well as in the use of solar panels on the roof.

Source: ABB

EU continues phasing out use of chemicals that harm the ozone layer

Foto-Ilustracija: Pixabay (PIRO4D)
Foto-ilustracija: Pixabay

EEA’s indicator on the consumption of ozone-depleting substances shows that the EU continues to actively phase out the use of these chemicals, in line with its commitment under the Montreal Protocol.

Ozone-depleting substances (ODS) are widely used in refrigerants, polymers, pharmaceuticals, and agricultural chemicals.

Data for 2022 shows that consumption of ODS in the EU was negative (-3,623 metric tonnes). Negative consumption of ODS means statistically that more of these substances were destroyed or exported than produced or imported.

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The updated data is published ahead of the International Day for the Preservation of the Ozone Layer, celebrated annually on 16 September to commemorate the signing of the Montreal Protocol on Substances that Deplete the Ozone Layer in 1987.

Stopping the use of ozone-depleting substances is crucial to protecting the ozone layer in the Earth’s atmosphere. The ozone layer serves an important function as it absorbs the sun’s ultraviolet rays, which can pose a danger to the environment and human health.

Source: EEA

WHY SHOULD WE ALL USE SOLAR ENERGY

Photo-illustration: Unsplash (Andreas Gucklhorn)
Photo: ProCredit

We are all witnesses that the climate is changing faster and that global warming threatens the very survival of the planet and all its inhabitants. Research confirms that humans are to blame for all of this. If we cause the problem, we are the only ones who can offer a solution.

How to translate our words into action? Is it possible for us as individuals to do something really significant about it?

The answer is “yes”; it is possible. One of the key ways is to be determined to start using renewable energy sources.

Sun-generated energy

Solar energy is one of the biggest and inexhaustible sources of green energy. People have been using it for more than 2,000 years. The ancient Greeks and Romans used concave mirrors to direct the sun’s rays onto a target and set fire to enemy ships. Today, instead of mirrors, we have photovoltaic solar panels and systems that absorb sunlight and generate electricity, which we then use to supply households, power cars, production plants and even entire cities.

How can we become users of solar energy? First of all, we need to become aware of all the benefits of its use.

IN FOCUS:

Bank as an advisor and financial supporter

Having understood why solar energy is the energy of the future, the next step is the investment. We learned from Marina Mijić, Head of the Energy Efficiency and Environmental Unit at ProCredit Bank, that using solar panels and solar systems is no longer science fiction for us.

“Someone might wonder why people from our bank took it to explain why and how to invest in renewable energy sources, specifically solar. The answer is simple – ProCredit Bank has been actively engaged in green investments for more than a decade. The green loan portfolio already makes up almost 20 per cent of the total portfolio of ProCredit Group.

Foto-ilustracija: Pixabay (mrganso)

Our team consists of available environmental protection experts who know every step of the solar investment process. They can explain to you why it is good to invest in solar systems, what exactly you and your household get from it and what the benefits are for nature. They can also explain the financial construction in detail and give you the proper justification for the investment but also recommend adequate manufacturers and subcontractors with the best performance. Because we are committed to environmental protection as an institution, we have developed an appropriate organizational framework to support it. Our special department deals with environmental protection and renewable energy sources. Although massive investments in renewable energy sources have been made recently, we have been doing it for a decade, and we can say that our banking advisors have good expertise in this area of financing. Implementing solar technologies in households will immediately show its good sides, while the justification for the investment will be more than obvious in the long run. The maturity of the return on the investment has decreased significantly, almost halved, so you should take advantage of the current market opportunities and invest in something that helps us and everyone around us,” says Ms Mijić.

ProCredit Bank

Read the story in the new issue of the Energy portal Magazine RENEWABLE ENERGY SOURCES

Stronger international cooperation in high emissions sectors crucial to get on track for 1.5°C climate goal

Foto ilustracija: Pexels
Foto-ilustracija: Pixabay (SailingOnChocolateRoses)

Insufficient progress in transitions to clean technologies and sustainable solutions over the past year highlights the need for strong and targeted international collaboration in high emissions sectors to deliver transitions that are faster, easier and cheaper for all, according to the latest Breakthrough Agenda Report.

The new report – an annual collaboration between the International Energy Agency (IEA), the International Renewable Energy Agency (IRENA) and the United Nations Climate Change High-Level Champions – shows that current efforts on clean energy and sustainable solutions, while improving, are not yet delivering the levels of investment and deployment required to meet international climate goals. In response, it calls on governments to strengthen collaboration in key areas – such as standards and regulation, financial and technical assistance and market creation – to turbocharge the transition.

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Released on the eve of Climate Week NYC, the report examines the advances made and actions needed to meet the goals of the Breakthrough Agenda, a commitment signed by 48 countries representing close to 80 percent of global economic output since it was first launched at COP26 in Glasgow in 2021, and which announced a Partnership with the UAE COP28 Presidency in January 2023.

The annual process aims to align actions by countries to make clean technologies and sustainable solutions the most affordable, accessible and attractive option in each of five key sectors: power, road transport, steel, hydrogen and agriculture. The scope of coverage has been expanded in this year’s edition of the report to also cover buildings and cement. Collectively, these seven sectors account for more than 60 percent of global GHG emissions, while the focus of the Agriculture Breakthrough also addresses issues around climate adaptation, nature and food security.

Foto-ilustracija: Pixabay

The second annual report assesses progress made since 2022 in priority areas for international collaboration, and sets out a series of recommendations for countries to work together in each sector to help reduce emissions over the next decade and stave off the worst effects of climate change. The report shows how the transition to clean energy and sustainable solutions is accelerating across many sectors, with unprecedented expansion in technologies such as electric vehicles and solar PV. It highlights that electric passenger cars are set to account for 18 percent of total car sales in 2023, while investment in clean energy technologies is significantly outpacing spending on fossil fuels. But other high emissions and hard-to-abate sectors such as steel, hydrogen and agriculture are not transitioning quickly enough despite encouraging progress in some areas.

The report’s recommendations span financial assistance, research and development, demand-creation, infrastructure, standards and trade, to accelerate the transition in each sector. Coordinated actions in each of the seven sectors will help mobilise investment, and can create the economies of scale required to bring down the price of crucial technologies and sustainable agriculture solutions.

The report found that in the past year, only modest progress has been made in strengthening international collaboration in the areas where it is most needed. Progress has been made in expanding financial assistance to developing countries in some sectors, and in joint research and development initiatives. But much more progress is needed in aligning policies to create demand for clean technologies, and in establishing dialogue on trade in sectors where this is likely to be critical to the transition. In most sectors, participation in the leading initiatives for practical cooperation still falls short of a majority of the global market.

The report argues that greater political commitment is needed to progress from softer forms of collaboration, such as sharing best practice, to harder forms such as alignment of standards and policies, which are more difficult but can yield greater gains in mobilising investment and accelerating deployment.

Source: IEA

K2 Base: Obstacle detection with AI and planning with optimised thermal separations

Foto-ilustracija: Pixabay
Photo-illustration: Unsplash (Raphael Cruz)

The innovative planning tool K2 Base enables fast, safe and accurate planning of PV projects. In just five steps, you can determine the optimal design of your K2 mounting system and the configuration of your PV project for pitched and flat roofs. And all of this is free of charge! No wonder K2 Base has become one of the most popular planning tools in the industry.

The free planning software K2 Base is now also intelligent. In the new Obstacle Detection function, artificial intelligence is used to recognise and automatically add elements such as chimneys, skylights or other obstacles once they have been drawn in. This eliminates the need for the planner to manually draw in various obstacles. This saves time. 

Planning is also simplified by optimised thermal separations, the definition of which is automatically available to the planner in K2 Base. From now on, individual module fields are distributed even more evenly and the weight to be ballasted is thus optimally distributed.

Interface K2+ to PV*SOL premium

With K2+, the planning tool K2 Base now also enables the direct transfer of project data from and to PV*SOL premium from Valentin Software. In future, these values will therefore no longer have to be entered several times during the photovoltaic planning process. This saves time and money and avoids the risk of values not being entered or updated correctly. With the addition of PV*SOL premium, K2 Systems is expanding the existing interfaces to SolarEdge, SMA, Fronius, Kostal, GoodWe and archelios™ Pro with another important module. This facilitates the planning of photovoltaic systems with the K2 mounting systems.

Optimal design on hipped roofs

The free K2 Base planning software can now be used not only for flat, gable and monopitch roofs. In future, photovoltaic systems on hipped roofs can also be planned in offset and thus space-optimised placement, including obstacle recesses and shadow casting views. K2 Base thus expands the range of installations that can be planned with the K2 software. A hipped roof usually has two trapezoidal and two triangular roof surfaces – i.e. four potential substrates for the photovoltaic system. However, the pointed roof shapes limit the usable area. For a particularly high yield, it is therefore important to arrange the modules in the most space-saving way possible. This is possible with K2 Base.

Source: K2

ABB invests in strategic partnership with clean energy start-up to offer end-to-end wind energy portfolio

Photo: ABB
Foto-ilustracija: Pixabay

ABB Motion and WindESCo, have signed a strategic partnership, where ABB has acquired a minority stake in the company through its venture capital unit, ABB Technology Ventures (ATV). US-based WindESCo is the leading analytics software provider for improving the performance and reliability of wind turbines. Leveraging WindESCo’ solutions, the investment will strengthen ABB’s position as a key enabler of a low carbon society and its position in the renewable power generation sector. It will allow the company to continuously improve wind turbines’ performance and reliability, offer end-to-end solutions to wind customers and open a new market channel for its digital offering. Financial details of the investment were not disclosed.

ABB is a leading independent supplier of wind converters for medium voltage and low voltage wind turbines. WindESCo has around 25 employees and works with 40 customers on projects in 18 countries. It has developed a market leading OEM agnostic asset performance monitoring software to detect anomalies in wind turbines, propose corrective actions and measure their results. The company has also developed a wake optimization solution that leverages data across a wind plant to optimize plant output. With their combined offering, ABB and WindESCo can now offer a complete solution approach to customers. WindESCo will be able to leverage ABB’s electrical domain expertise to further strengthen its software offering, while ABB closes a gap in its wind portfolio by adding a digital offering to the already digitally enabled wind converters.

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“This strategic venture capital investment allows us to strengthen our market position supporting the energy transition and continue to shift our portfolio of customer solutions towards renewables and decarbonization. It will complement ABB’s wind portfolio with a strong digital offering by WindESCo, that enables both companies to leverage their strong presence in the growing wind market. This win-win transaction will offer a holistic solution approach to our customer bases, and it will expand the service offering by ABB Motion. We look forward to developing new synergies with the talented team at WindESCo,” commented Chris Poynter, President, System Drives division, ABB Motion.

Foto-ilustracija: Unsplash (Grahame Jenkins)

Mo Dua, CEO, and founder of WindESCo, said: “There is tremendous value locked in the wind turbine converter data. While most of the solutions have focused on the mechanical systems, there are no solutions having a meaningful impact on the electrical system. The equity investment by ABB and our technical collaboration will allow WindESCo to expand its offering to the wind turbine electrical system with the goal of being the leading comprehensive asset performance monitoring solution provider for the wind industry. We are glad ABB chose WindESCo as their digitization partner.”

The partnership helps expand ABB’s ecosystem of innovation partners developing solutions that support decarbonization and energy efficiency. Since 2009 ABB has made investments of around 400 million dollars from its capital venture arm that are aligned with its electrification, robotics, automation and motion portfolio.

ABB is a technology leader in electrification and automation, enabling a more sustainable and resource efficient future. The company’s solutions connect engineering know-how and software to optimize how things are manufactured, moved, powered and operated. Building on more than 130 years of excellence, ABB’s ~105,000 employees are committed to driving innovations that accelerate industrial transformation. www.abb.com

WindESCo’s mission is to ensure that every wind turbine produces as much energy as possible, through improved performance, reliability, and/or plant-level control. Maintaining a hyperfocus on wind energy WindESCo is actively addressing the industry’s technical pain points driving an increase in profit margins. The company’s platform is actively optimizing wind plants covering 21 turbine OEMs, 74 turbine models in 18 countries.

Source: ABB

SIGNIFICANCE AND APPLICATION OF ESG PRINCIPLES IN THE REAL ESTATE SECTOR

Photo-illustration: Pixabay (Q K)
Photo: Novaston

The Novaston company plans and aligns Environmental, Social and Governance (ESG) activities with its general goals. They recently published a Guide to real estate development: an example of office space, which they worked on together with the law firm Gecić Law.

Mia Zečević, general director of the Novaston company, says that within the guide, an entire chapter is dedicated to ESG principles, their importance, and their application in the commercial real estate sector.

‘’The guide can be downloaded free of charge from our website, as well as from the website of the law office; it is available in both languages (Serbian and English). With this, we wanted to, as a socially responsible company, contribute to a better understanding of the ESG concept and principles and facilitate the entire process for investors when they decide to invest in business premises’’, Zečević points out.

On how she sees the role and development of ESG in this company as a wider business environment in the years to come, Mia Zečević says that ESG principles are no longer a matter of trend and choice. Still, their implementation in all business spheres is a key factor and a necessity for all companies. Soon it will be necessary for everyone who wants to do business with other companies in the EU market.

IN FOCUS:

‘’All banks, especially European ones, see the implementation of these principles as imperative, which is also shown by the incentives they receive from the EU. This year, most banks will perform a screening – what is green in their portfolios, which projects meet ESG standards, which meet the requirements for obtaining an energy passport, which meets the standards for LEED and BREEAM certificates and for which categories. Those companies whose projects are not aligned with ESG standards will have a different risk assessment, and it will be more difficult for them to borrow, get a development loan or a development investment’’, explained Zečević.

As for the Novaston platform, they started working on a strategy to introduce ESG principles into business. This company primarily provides services, so they are already very much up to date with everything. Following the situation, they advise clients and investors on applying ESG principles, primarily in constructing or applying them within existing buildings.

On the one hand, Novaston’s role as a renowned company is to educate clients and employees, initiate initiatives, and point out the importance of applying all these principles in business to be sustainable and scalable.

Novaston

Read the story in the new issue of the Energy portal Magazine RENEWABLE ENERGY SOURCES

In Tanzania, communities save money together to build a brighter future

Photo-illustration: Unsplash (Polina Koroleva)
Photo-illustration: Freepik (freepik)

In southern Tanzania, women are working together to save money, access small loans, and obtain emergency funding for medical or other crises.

Known as Village Savings and Loan Alliances (VSLAs), these models are an integral component of the CARE-WWF Alliance, a partnership that champions the power and resilience of women, communities, and ecosystems so current and future generations can thrive. They are self-managed groups of individual members from within a community who pool funds together.

Regular VSLA meetings also play another critical role: drawing the communities together and furthering more of the Alliance’s mission. While they are gathered to deposit their savings and discuss their finances, people also feel encouraged by the Alliance to discuss and problem-solve around landscape restoration, the value of businesses that do not harm the environment, and agriculture practices that help mitigate the impacts of climate change.

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These discussions contribute to the successful implementation of the other Alliance programming that supports villages in protecting their natural resources and helps small-scale farmers and producers build the skills they need to increase production, improve resilience, adapt to climate change, diversify diets, and boost nutrition.

Lilian Mkusa has been the VSLA project coordinator for the Alliance in Tanzania since the program began in 2008. In this role, she helps the communities start their programs, provides financial and savings training, advises on business startup options, and helps ensure the active participation and leadership of women in the groups.

Source: WWF

SKE and Huawei A Value Added Partnership

Photo: SKE
Photo: SKE

SKE is a Huawei Value Added Partner. Based in Austria, SKE supplies 16 countries – Albania, Bosnia, Bulgaria, UK, Greece, Ireland, Kosovo, Croatia, North Macedonia, Moldova, Montenegro, Austria, Romania, Serbia, Slovenia, and Cyprus – with Huawei smart solar products. Founded in 2008, SKE is now one of the leading companies in the European solar market.

SKE in Serbia

Serbia represents an important market for SKE and Huawei FusionSolar. SKE always strives to provide the best possible pre and after sales service to its customers. SKE Technical Sales Management provides all SKE partners with in-depth product knowledge via dedicated roadshows and Hands on Practice training. Our highly experienced SKE Key Account Management team supports our corporate accounts within the Serbian market.

We are SKE

Our experts provide support to customers all across Europe in sales, logistics, training, certification, and technical issues for all Huawei FusionSolar products. SKE imparts knowledge from experts to experts. The SKE Academy turns participants into competent contacts, from the planning all the way through to the installation of Huawei FusionSolar solutions. Our products and services help people and industries to solarize their energy needs and thus effectively reduce their emissions and grid dependency. Our connections with employees, customers, partners, suppliers, and society shapes our business decision-making.

SKE HOP – Hands on Practice Trainings – Huawei FusionSolar

HOP, Hands on Practice, are the expert training from SKE. They are the essential part of the SKEPP – SKE Partner Program to become certified and listed as an SKE Partner. SKE HOPs last one day and take place either at the SKE headquarter in Steyregg or on-site in the SKE countries. Each training consists of a theoretical and a practical part. SKE partners are among the best. To become a certified SKE partner, everyone without exception has to take part and pass the exam.

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SKE Huawei FusionSolar Roadshow

The SKE Roadshow Trucks are on the road throughout Europe. On site, at wholesalers and installers, SKE presents the Huawei FusionSolar portfolio. The Huawei FusionSolar products are within reach of the participants. SKE experts are available to answer any questions. All current dates for the SKE Hands on Practice training and Roadshow Tourstops are online. (www.ske-solar.com)

Photo: SKE

The transformation from fossil energy to solar energy generation is our mission. SKE is leading the change. Our global partnerships drive sustainable, solar energy production. SKE takes initiative to increase environmental awareness through its development and dispersion of environmentally friendly technologies. Carbon neutrality requires the transformation of energy systems to digitalized energy systems, which enormously accelerates the switch to renewable, climate-neutral energy supply. SKE is convinced that digital technologies play a crucial role in overcoming our environmental challenges. The symbiosis of Huawei hardware and software makes the interaction of energy generation and energy consumption more intelligent, more efficient and safer.

SKE Photovoltaic Service Areas

As a Huawei Value Added Partner and Huawei Service Partner, SKE offers Huawei FusionSolar solutions for residential, commercial & industrial and utility scale applications. Photovoltaic is the central technology of the energy transition. It sustainably supplies people with cheap solar power instead of expensive grid power. Solar energy is environmentally friendly and free of CO2.

Huawei FusionSolar Residential

Intelligent & sustainable living with PV

Huawei FusionSolar Residential is intelligent PV technology for solar energy generation in all private dwellings and living areas – in single-family houses, apartment buildings and multi-party residential buildings. Huawei FusionSolar Residential aids homeowners to become independent of increasing electricity prices.

Huawei FusionSolar C&I

Efficient & calculable working with PV

Huawei FusionSolar C&I is smart technology for solar energy generation for commercial and industrial infrastructures. Huawei FusionSolar C&I is profitable and helps businesses become independent of unpredictable electricity prices.

Huawei FusionSolar Utility Scale

Large, smart, and profitable PV power plants

Huawei FusionSolar Utility Scale is the leading technology for solar power generation with large-scale PV systems. Huawei FusionSolar Utility Scale is a smart investment for maximum yield and return.

 Source: SKE

Upcoming EU Hydrogen Bank pilot auction: European Commission publishes Terms & Conditions

Foto-Ilustracija (akitada31)
Photo-illustration: Freepik (freepik)

The Commission published the Terms and Conditions (T&C) for its pilot auction dedicated to European renewable hydrogen production. It is an important step towards scaling up production of renewable hydrogen in the EU.

The auction, funded by the Innovation Fund under the umbrella of the EU Hydrogen Bank, is intended to open on 23 November 2023. Following stakeholder consultations ongoing since March 2023, today’s publication of the T&C gives potential bidders advance information about the final economic design of the auction and helps them start preparing their bids.

The auction will award up to 800 million euros to renewable hydrogen producers in the European Economic Area (EEA). The support will take the form of a fixed premium in €/kg of renewable hydrogen produced over ten years of operation, therefore targeting the gap between the production costs and the demand’s willingness to pay.

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The auction is designed to achieve four objectives:

  1. Reducing the cost gap between renewable and fossil hydrogen in the EU as effectively and efficiently as possible by allocating public support. Auctions have proved to be a success in the renewable power sector, bringing down the required funding for renewable power generation through competition on price while mobilising private investments.
  2. Allowing for price discovery and renewable hydrogen market formation. Competitive auctions with a simple and transparent set-up reveal production costs and create valuable and comparable price points that can serve to kick-start a European hydrogen market.
  3. De-risking European hydrogen projects, connecting domestic renewable hydrogen supply and demand, bringing capital costs down and leveraging private capital. Given the size of the investment needed, support from the Innovation Fund should be seen as the seed funding for increased private and corporate investments.
  4. Reducing administrative burdens and costs thanks to short, lean, and transparent procedures.

The new auction mechanism will expand the portfolio of support mechanisms that the Innovation Fund currently provides through grants, project development assistance, and other blended financial instruments. It is also expected to enable a faster rollout of innovative technologies needed for the green transition, especially in hard-to-abate sectors.

Background

The Innovation Fund is one of the world’s largest funding programmes for commercialising and deploying net-zero and innovative technologies. It is one of the key tools of the Green Deal Industrial Plan. Financed by revenues from the auctioning of allowances from the EU Emissions Trading System (ETS), it aims to help businesses invest in clean energy and bring to market technologies that can decarbonise European industry while fostering competitiveness.

In March 2023, the Commission presented a new plan to stimulate and support investments in renewable hydrogen production through the European Hydrogen Bank (EHB). This initiative aims to accelerate investment and bridge the investment gap for the EU to reach its ambitious REPowerEU targets.

The EHB is organised around four pillars:

  • supporting the creation of a domestic market of renewable hydrogen
  • supporting international imports into the EU
  • promoting transparency and coordination on market developments
  • streamlining existing financial instruments.

Source: European Commission

A MODERN AUTOMATION AND ENERGY PRODUCTION CONCEPT

Foto: EATON
Photo: courtesy of Aleksandar Vasić

EATON Electric  offers a wide range of products and solutions its partners use to implement renewable energy projects and boost energy efficiency. The company strongly focuses on raising awareness, educating employees, and optimizing internal processes.

Aleksandar Vasić,  Cluster Sales Manager at EATON Electric, says that the company has prepared a special mobile application for employees worldwide to learn more about how to adjust their habits to increase energy efficiency or reduce pollution.

“In terms of business and production facilities, we implement a series of measures – from efficient waste management and optimization of energy consumption to the transformation of the vehicle fleet by replacing traditional vehicles with electric drive”, says Aleksandar Vasić, who talked about the application of EATON solutions in Serbia, the advantages of the new electricity production, storage, and consumption concept, as well as solutions for solar power plants.

IN FOCUS:

What solutions does EATON offer in Serbia, and in which sectors are they applied?

We develop and implement solutions for efficient, safe, and sustainable energy management with our partners. In addition to being used in electricity production, they are also applicable in electricity distribution to the end user. Our products are also used in various industry segments, from machine manufacturers to telecommunication operators. One of the products we manufacture in our Sremska Mitrovica factory – an automatic fuse – is used in households and factories.

What is the ‘Everything as a Grid’ concept, and what are its benefits?

Photo: EATON

‘Everything as a Grid’ is our vision of the future regarding electricity use. It is a completely new concept of production, storage, and consumption of electricity since we live in a world where electricity is no longer produced only in large power plants. The idea is that consumers become producers and can produce energy locally, store it, and send it “back” to the power grid if necessary.

‘Everything as a Grid’ is a set of products and solutions, primarily digital, which help users to maximize the use of self-produced energy and become more energy independent. On the one hand, it reduces the carbon footprint and costs. At the same time, on the other hand, the user can generate a surplus of produced or stored energy and make it available to the power grid, which positively affects the system’s stability. The needs and capabilities of each user in the grid are individual, which is why each solution is adapted to their needs.

xSolAir is a very interesting system for solar power plants. What are its advantages, and how is it different from similar systems?

The latest market research shows that by 2050, the use of solar energy will increase as much as 18 times, and to use it properly; we need a solution that is easy to implement and adaptable to different terrains in a short period. Precisely for this reason, but also to facilitate easy delivery and commissioning,  xSolAir  is EATON’s answer to the need to provide a mobile substation, compact in size and ready to be connected, for a solar power plant, especially a power plant that is installed on the ground. This solution is actually a pre-assembled and configured container-type substation. It is important to point out that the xSolAir  substation only needs to be placed in the intended location and for cables to be connected. All other parameters are set and ready for operation.

Interviewed by: Mirjana Vujadinović Tomevski

Read the story in the new issue of the Energy portal Magazine RENEWABLE ENERGY SOURCES

Energy Week Western Balkans 2023 promises two days of panel discussions, B2B & B2G meetings and endless networking opportunities

Photo-illustration: Pixabay (makunin)
Photo: Energy Week Western Balkans

Let’s review what awaits us on Day 2 of this premier investment conference in the Western Balkans!

Renewable energy revenue streams

The promotion and facilitation of renewable energy trading and Power Purchase Agreements (PPAs) in the Western Balkans region are significantly influenced by prevailing regulations. These regulations play a dual role in either encouraging or impeding the progress of renewable energy initiatives. Exploration of the accessible renewable energy revenue streams specific to each of the WB6 countries is imperative. The diversity of revenue streams plays a pivotal role in shaping the feasibility and attractiveness of renewable energy projects. The establishment of organized wholesale markets carries the potential to act as a transformative mechanism. When coupled on both regional and EU levels, these markets can serve as conduits for newfound outlets for renewable energy. This coupling could lead to enhanced integration of renewable sources into the energy landscape, thereby bolstering sustainability endeavors in line with the broader European energy framework.

Join the conversation with our experts. Matija Medojevic, CEO at BELEN – Montenegrin Power Exchange and Milos Mladenovic, Managing Director at SEEPEX are among speakers.

The path of green shift: developers’ perspective

The wind and solar sector is swiftly changing, marked by numerous new developments and projects in the region. Key projects include offshore wind farms, solar PV plants, and grid-scale battery storage, all aimed at boosting renewable energy share, curbing emissions, and creating local opportunities. Yet, challenges like regulatory ambiguity, costs, technical issues, and societal acceptance persist. Thus, a robust policy framework, funding, and stakeholder engagement are vital for success.

Find out what the developers have to say and learn from the UK-based developer’s success in having a large solar PV pipeline in Serbia. Mike O’Neill, CEO of HIVE Renewables among featured speakers.

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Clean energy technology and services to unlock the untapped potential

The Western Balkan region has a lot of clean energy potential, but also many challenges and risks. One challenge is the lack of a stable and supportive regulatory framework, which creates uncertainty and reduces investor confidence. Contractors need to understand the local market conditions and work with local partners and authorities to secure permits, licenses, and incentives.

Photo: Energy Week Western Balkans

One of the leading suppliers is Siemens Gamesa Renewable Energy (SGRE), which will provide 20 SG 3.3-132 turbines for the Kostolac wind project in Serbia with a total capacity of 66MW. This project, scheduled for completion in 2024, marks a transition towards green energy for Serbia. Stjepan Čerkez, President of the Management Board will share major contractor’s experience in the region.

Energy storage is crucial for balancing renewable electricity supply and demand. It also offers ancillary benefits like frequcontrol, ion, voltage control, and peak shaving, enhancing grid stability. Yet, energy storage remains costly and relatively novel in the region, with limited successful instances. Join us to hear from the most bankable brand SUNGROW.

Børge Bjørneklett, Founder and CEO at Ocean Sun, will share how the company revolutionised floating solar power production and in 2022 built 4 PV floaters at the Banja Hydropower Plant in Albania.

Navigating challenges on the transition journey

One of the key factors for a successful energy transition is regional cooperation. The Western Balkans share common energy challenges and opportunities and can benefit from a more integrated energy market that fosters cross-border trade, investment, and innovation. A regional approach can also enhance energy security and resilience, by reducing dependence on external suppliers and diversifying energy sources and routes.

However, despite the support and potential, the Western Balkans still face significant challenges in accelerating the uptake of renewables and phasing out coal. The region has a large legacy of coal-fired power plants that are often inefficient, polluting and subsidized. The coal sector also provides employment and income for many communities, making the social impact of the transition a sensitive issue. The region also faces some technical and regulatory barriers that hinder the integration of variable renewable energy sources into the grid, such as lack of interconnections, market design and grid flexibility.

Source: Energy Week Western Balkans

Doubling energy investment in Africa requires urgent action to bring down financing costs and boost access to capital

Foto-ilustracija: Pixabay
Foto-ilustracija: Unsplash (Melissa Askew)

New report outlines innovative solutions for African countries to unleash the spending needed to achieve the continent’s energy and climate goals.

Swift action to improve access to capital and ease financing costs is essential to unlock a wave of clean energy spending in Africa, according to a new report from the International Energy Agency (IEA) and the African Development Bank Group (AfDB). The report was launched today at a special event at the Africa Climate Summit in Nairobi with IEA Executive Director Fatih Birol and AfDB President Akinwumi Adesina.

Even though Africa accounts for almost 20 percent of the world’s population and has ample resources, it is the destination for around just 2 percent of global clean energy spending. Overall energy investment on the continent has struggled in recent years, while to meet African development ambitions, as well as international energy access and climate goals, it needs to more than double by 2030, with nearly two-thirds going to clean energy.

A range of real and perceived risks affecting projects in Africa, as well as higher borrowing costs following the Covid-19 pandemic and Russia’s war in Ukraine, mean there is a limited pool of affordable capital that energy developers in Africa can tap. According to the report, Financing Clean Energy in Africa, the cost of capital for utility-scale clean energy projects on the continent is at least two to three times higher than in advanced economies. This prevents developers from pursuing commercially viable projects that can deliver affordable energy solutions.

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The report explores innovative ways to address this challenge based on a review of more than 85 case studies across Africa and more than 40 interviews with key stakeholders. Lowering the cost of capital and supporting the creation of investable projects will require scaling up a range of instruments. These include the provision of more early-stage financing and greater use of tools that can reduce perceived investment risks in order to attract private capital. This will require strong engagement from both the public and private sectors, as well the support of foreign and domestic institutions.

Photo-illustration: Unsplash (Ray Rui)

“Urgent action is needed to dramatically increase clean energy investment in Africa, which has fallen short despite the immense opportunities,” President William Ruto of Kenya said. “Yet this report is not simply a catalogue of Africa’s challenges. Instead, it is an inspiring testament to the innovative spirit of our continent, with a vast array of solutions emerging from Africa’s entrepreneurial minds.”

“The African continent has huge clean energy potential, including a massive amount of high-quality renewable resources. But the difficult backdrop for financing means many transformative projects can’t get off the ground,” said IEA Executive Director Fatih Birol. “This report, which builds on the IEA’s landmark Africa Energy Outlook 2022, shows what is needed to lower barriers to investment, allowing African countries to tap accessible and affordable solutions to match their clean energy ambitions.”

“The current shortfall in clean energy investment in Africa puts at risk the achievement of a host of sustainable development goals and could open new dividing lines in energy and climate as clean energy transitions gather speed in advanced economies,” said AfDB President Akinwumi Adesina. “This report, which makes a compelling case for Africa to receive a bigger share of global climate financing, serves as an informative tool for policymakers in Africa, while best practice cases from the African Development Bank provide valuable insights for developers and capital providers.”

The report’s analysis is based on the Sustainable Africa Scenario developed in the IEA’s Africa Energy Outlook 2022 report. This scenario considers the diverse needs of different African countries and sectors and lays out a pathway to achieve all African energy-related development objectives. This includes those under the UN Sustainable Development Goals, such as universal access to modern energy by 2030, as well as fulfilling all announced climate pledges in full and on time.

Photo-illustration: Pixabay

Delivering modern energy to all Africans will require nearly USD 25 billion in spending per year to 2030, the report finds. This is a small amount in the context of global energy spending – equivalent to the investment needed to build one new LNG terminal a year. But it requires a very different type of finance, given the need for small-scale projects, often in rural areas and for consumers with limited ability to pay.

The international community has a major role to play in scaling up clean energy investment in Africa. Concessional finance – or funding from development finance institutions and donors – can serve as a crucial catalyst, according to the report. It finds that concessional capital of around USD 28 billion per year is needed to mobilise USD 90 billion of private sector investment by 2030, a more than tenfold increase from today.

The report also highlights the vital role of local financial institutions for sustainable development in Africa over the long term. To meet energy and climate goals, finance originating from or disbursed through local channels must increase nearly threefold by the end of the decade.

Financing Clean Energy in Africa reflects the IEA’s longstanding and expanding commitment to African energy issues. There are now five African members of the IEA Family: Egypt, Kenya, Morocco, Senegal and South Africa, with Kenya and Senegal joining earlier this year.

Source: IEA

Making Solar Safer for the Enterprise: the Why, What and How

Photo: SolarEdge
Photo: SolarEdge

Improved economics, governmental incentives, and increased awareness of solar energy as a viable alternative to grid power are leading more companies to go solar. With the potential to benefit businesses large and small, smart energy solutions are cropping up on unused rooftops of shopping centres, manufacturing plants, airports, schools, and hospitals.

Accordingly, PV (Photovoltaic) systems are now viewed as long-term investments that need to be closely managed and monitored in order to maximise ROI and bottom line savings. As with any serious investment, stakeholders must ensure that the employees of those businesses, as well as the assets which they are financing, are safe and secure from physical harm. Commercial buildings are high-value assets, and in the event of a fire, property loss and business interruptions can be costly.

To address these and other safety concerns, high-quality PV systems with enhanced safety features serve as an excellent solution.

Let’s Start with the Basics…

As long as the sun is up, high DC voltages energize the PV Modules and wires, even when the main circuit breaker is shut down. This means that, in the unlikely event of a fire or an emergency, firefighters must wait until the sun is down in order to intervene. In order to ensure their safety, firefighters commonly cut off electric grid supply to burning structures as a precautionary procedure before extinguishing the fire. They assume there is no risk of electrocution once the grid has been disconnected, allowing the spray of water and creation of holes in the roof so that heat and smoke can dissipate. However, this assumption is not true in the case of a typical PV roof system.

While this scenario can present risks, by applying advanced system design and through careful product selection these risks can be mitigated.

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Safety Begins at the Module Level

Traditional string inverters typically have limited safety functionality since they do not necessarily reduce the DC voltage when switched off. To meet safety standards, additional safety-specific hardware needs to be purchased and installed, adding more costs and labour to the installation.

Photo: SolarEdge

While it can be difficult and expensive to address these safety concerns, some solutions provide advanced safety functionality. For example, SolarEdge developed a module-level power electronic solution based on power optimisers. Power optimisers are electronics attached to each Module that provide them with independence to maximize output. Power optimisers turn solar Modules into smart Modules, increasing the system’s energy output and enabling module level monitoring and control. No less important, they provide enhanced safety. As part of its solution, SolarEdge’s SafeDC™ functionality reduces the Module voltage to 1 volt upon inverter shut down. This is important because even if firefighters are unaware of the existence of a PV system, safety mode at the Module-level is initiated when they disconnect the power. The SafeDC™ functionality also helps to avoid the extra cost of installing safety-specific hardware – reducing installation time and room for error. In addition, with power optimisers each module can be constantly monitored to determine its performance and alert the installer or system owner of possible faults and potential safety risks. Maintenance personnel can therefore remotely monitor and troubleshoot, instead of performing diagnostics on site.

This confidence in SolarEdge’s SafeDC™ technology extends to firefighters installing SolarEdge on the roofs of their own fire stations. In the UK, a fire and rescue service selected SolarEdge for 700kW of PV systems on 12 different fire stations and 3 headquarter buildings. This was due to SolarEdge’s advanced safety features, such as its firefighter gateway, which enables central safety management for the PV systems, including automatic and manual system DC shutdown, real time indication of system DC voltage for safety assurance, and an emergency stop button for the entire PV system.

SolarEdge will attend the OIE conference in Belgrade next 14th of September. For more information visit.

Source: SolarEdge

How India’s climate leadership is building a better future for all

Foto-ilustracija: Pixabay
Foto-ilustracija: Unsplash (Akshay Nanavati)

India is poised to be a global leader when it comes to economy, technology and trade. Now, it has an opportunity to seize the moment and help the world address climate change before time runs out.

As the fastest-growing majority economy in the world, with the third largest startup ecosystem and a rising trade-to-Gross Domestic Product (GDP) ratio, it is, as Prime Minister (PM) Modi has said, an “India moment”.

India: President of G20 2023 and a global leader

This opportunity to showcase India’s leadership and know-how should not be missed, particularly when it comes to the environment because the climate crisis is the most critical threat to the world today. July was the hottest month on record, and deadly wildfires, flooding, and storms have ravaged communities around the world. All told, extreme weather has taken the lives of two million people and caused $4.3 trillion in economic losses over the past half-century. “It’s now or never to limit global warming” according to the United Nations (UN).

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Although we know the only way to meet our climate obligations is to take steps together, the urgent need for collective action comes at a time when global collaboration has become fragile.

This is why both India’s commitment to climate action and its current role as a global convener in its capacity as the president of the G20 are so vital for moving climate action forward.

Photo-illustration: Pixabay (mrganso)

India has shown it is leading in the climate space through global collaborative initiatives such as the International Solar Alliance—a platform that is bringing together stakeholders to deploy solar energy technologies and secure $1,000 billion of investments in solar energy solutions by 2030. It has also launched movements to drive sustainable practices at the individual level, including Mission LiFE, which encourages environmentally conscious lifestyles.

India is also part of global initiatives such as the First Movers Coalition—a group launched by the World Economic Forum of 13 countries and 80 companies that is working to bring green technology to hard-to-abate sectors, like steel and cement. The acceleration of clean technologies and adoption of energy-efficient innovations will play a central role in reaching net-zero targets, and India’s participation in this coalition, as a major, innovative economy, will be critical for the coalition’s success.

How India is leading by example

All of these efforts, and the government’s pledge at the 2021 UN Climate Conference in Glasgow to reach net zero by 2070, show how India can lead the world by example, both when it comes to ambition and action.

Now it is time for India to work towards strengthening global climate collaboration. As India prepares for the G20 Heads of State and Government Summit in New Delhi, it has the chance to drive collective and collaborative action ahead of the United Nations Climate Change Conference in the United Arab Emirates (COP28) in November. Indeed, India’s theme for this year’s G20, “One Earth, One Family, One Future”, speaks to the need to work for common purpose on issues like climate change that will shape our common future.

Among the steps India can take is to encourage the formation of international carbon markets, where smaller groups of countries within the G20 can come together to develop bilateral arrangements on carbon markets as part of Article 6.2 of the Paris Climate Agreement. It can also encourage countries to jointly put mandates on green hydrogen usage to enable more rapid corporate decarbonization and to align on incentives to promote large-scale afforestation measures.

Source: WEF

10 years warranty for Fronius inverters ≤12,5 kW

Photo: EP
Photo: EP

Dear Fronius customers and partners,

We ́ve got good news: With immediate effect, the new Fronius warranty promotion is in place. After registering the Fronius inverter in Solar.web, you will now receive 5 years of Fronius Warranty Plus instead of 2 years!

That means: In the event of a warranty claim, material, labor, and transport costs are covered. With a 5-year maximum warranty, your customers get an all-round carefree
package and you get even more satisfied customers.

But that ́s not all: 5 becomes 10

It gets even better: Following the term of the Fronius Warranty Plus, you will automatically
receive a 5-year Fronius Warranty, which will continue to cover all material costs in the event of a warranty claim.

A Clear Recommendation: Spread the Word

MT-KOMEX, the official representative for Fronius in Serbia, now offers a 10-year warranty on their inverters with a capacity of up to 12.5kW, an improvement from their previous 7-year warranty. The free Fronius Warranty extension applies to all new Fronius inverters up to and including 12.5 kW that are commissioned after September 1st 2023. Make your customers aware of this free service right away and help pave the way for 10 years of
peace of mind.

Two simple steps to 10 years warranty

1. Install a Fronius inverter up to and including 12,5 kW
2 years of Fronius Warranty Plus are automatically included
2. Register the inverter on Solar.web
You receive an additional 3 years of Fronius Warranty Plus and 5 years Fronius Warranty

Source: Fronius