The National Institute of Metrology, Quality and Technology – Inmetro – is a federal agency, linked to the Special Secretariat for Productivity, Employment and Competitiveness, of the Ministry of Economy. The Institute acts as the Executive Secretariat of the National Council of Metrology, Standardization and Industrial Quality (Conmetro), an interministerial collegiate body, which is the regulatory body of the National System of Metrology, Standardization and Industrial Quality (Sinmetro).

Inmetro's core mission is to instill confidence in Brazilian society by ensuring accurate measurements and product quality through metrology and conformity assessment, thereby promoting better consumer relations, fostering innovation, and enhancing the nation's competitiveness.

Mr. Hamlet Tunyan, the CEO of Recom Technologies, expressed enthusiasm for this strategic move, saying, “The South American market is expansive and continuously expanding, and Recom is here to contribute to delivering cleaner and more affordable energy to all Brazilians. Our expansion into the Brazilian market aligns with our ongoing international growth efforts”.

Lucretiu Gabor, a representative for the company Volter, which has chosen the services of the rapidly growing Lithuanian start-up, has said that a collaboration like this upholds their goal of getting their customers to harness solar power fully. “When we build and maintain power plants, we know how important it is to analyse the data on how the plant performs. For example, a single fallen tree leaf on a solar module can reduce the efficiency of a power plant by 30%. This should highlight why it is now impossible to imagine a solar power plant without the proper analytical equipment,” said Gabor as he reiterated the importance of monitoring solar power plants.

To kick off their partnership, the Romanian company has initiated collaboration with Inion Software, involving the acquisition of a data logger for solar power plant data collection, equipment for transmitting this information to online servers, and a subscription to Inion Software's proprietary platform. This platform enables comprehensive data analysis, helping assess the plant's current operational efficiency and providing insights into its future performance predictions.

Š. Stanaitis, the CEO of Inion Software, is delighted by the expanding customer base and the move into new countries, remarking, “The growing level of trust among international customers shows that we really are developing a good product that increases the efficiency of solar power plants”. Since its first year of operation, the company's overall revenue has grown more than 20 times. This success is, beyond a doubt, due not only to unique inventions but also to new international partners and the trust of customers.

Volter was founded in 2007 and it has maintained the highest standards when it comes to providing high-quality equipment and services to the Romanian market and also foreign markets. “We meet people's energy needs by providing them with simple but effective and innovative solutions and equipment,” said a company spokesperson. Volter cooperates with world-famous names such as Schneider Electric, Schrack, Siemens, Wago and Schlemmer among others.

Inion Software offers state-of-the-art solar power plant monitoring solutions and develops intelligent battery management systems and products for both the private and business sectors.

JinkoSolar is delivering a 15MWh SunGiga C&I Energy storage system combined with 5.7MW of its N-type panels to GRAND WORKS INC Japan. Their commissioning demonstrates that JinkoSolar’s PV+ESS solutions satisfy the highest standard of system safety and efficiency.

The SunGiga is based on the LFP battery technology and features a unique liquid cooling system. Each battery cell in this system has a very long cycle life and is capable of maintaining temperature difference among cells less than 2.5 Celsius degree (the industry's lowest level), therefore greatly enhancing the detonationrate and prolonging the service life of the entire system. Hence, JinkoSolar provides SunGiga with the advantages of a long service life, a high degree of integration, and a high degree of safety.

SunGiga has a nominal capacity range of 250-2000kWh and supports 2 to 4 hours of application. Moreover, SunGiga is a complete system unit including long-life LFP cell, PCS, BMS, EMS, and multiple fire suppression systems. It can be transported to a project site more quickly and conveniently. This, in turn, significantly cuts installation costs and commissioning time.

The C&I projects combining both JinkoSolar’s N-type PV and liquid cooling energy storage systems offers great potential to improve energy self-sufficiency, reduce the electricity fees of enterprises, and ensure stable power supply.

Circadian Technologies makes an Energy Management System hardware and Software as a Service (SaaS) solution for solar developers and asset owners, particularly in grid-challenged emerging market countries in Africa. Thanks to the all-in-one solution platform, the entire project value chain, from site assessment and design to commissioning and asset management, can be optimised. Therefore, Circadian helps C&I companies to adopt renewable energy systems in place of diesel generators, starting with Telecom Tower companies across the continent, driving forward decarbonisation on a significant scale.

The company was founded by Mike Rosenberg and Max Boit, who have extensive experience in the African market as well as comprehensive industry knowledge. Together with their team, they strive to become the leading B2B platform for Distributed Energy Resources (DER) in emerging markets.

Greg Zavorotniy, Managing Director at BayWa r.e. Energy Ventures, comments: “With their innovative technology, Circadian facilitates solar micro grids for companies in emerging markets, making an important contribution towards decarbonisation. This is our first investment on the African continent, and we are excited to see more opportunities from companies looking to accelerate energy transition in the region.”

“We want to empower renewable energy installers and strive to be the catalyst for the mass adoption of decentralised energy in growth markets. Circadian is currently scaling across Africa, where we want to extend the team, build out the platform’s functionalities and drive further growth. The backing of our investors will be a tremendous help for this,” said Mike Rosenberg, CEO of Circadian.

The focus of the conference was the development of a global energy interconnection and the construction of a new energy system to contribute to the implementation of the United Nations 2030 Agenda for Sustainable Development.

During the conference, president Li met with Dr. Mohamed Shaker, Egypt’s Minister for Electricity and Renewable Energy, who presented his country’s long-term renewable energy development strategy. Egypt's national objective is to achieve a 42% share of renewable energy in its energy mix by 2035 and to accomplish this the Egyptian government has proposed the implementation of renewable energy projects using a Build-Own-Operate-Transfer (BOOT) model as part of its commitment to the expansion of green hydrogen and green ammonia projects.

Dr. Shaker revealed that the government is currently in discussions regarding projects of a substantial scale, with some reaching 40 GW, emphasizing the country’s proactive approach to promoting the synergistic combination of green electricity and green hydrogen, with its ambitious plans to implement over 120GW of renewable energy projects by 2030. The strategy is to develop green hydrogen and green ammonia solutions for export to Europe and other regions, the initiative resulting in a significant boost for the country’s foreign exchange related revenue.

For his part, president Li provided an overview of LONGi developments, highlighting the company's global leadership in cutting-edge technology. He went on to draw a link between LONGi possessing the world's most advanced technology and Egypt’s exceptional land and light resources, a collaboration between the two parties capable of significantly accelerating the country’s transition to new energy.

Looking at future business prospects, Li expressed his view that the global energy landscape is undeniably moving toward a green and clean transformation. In light of this positive outlook, he announced LONGi's plans to increase its production capacity for monocrystalline silicon wafers to 190GW, with a further 110GW for monocrystalline silicon cells and 130GW for monocrystalline silicon modules by the end of 2023. He also underlined the rapid development of the company’s hydrogen energy business, which will reach a production capacity of 2.5GW by 2023, in line with its confidence in the upward trajectory of new energy development amid the global drive for sustainability.

The testing was conducted at the VDE* laboratory located in Germany, known for its adherence to the highest German standards of quality and precision. The VDE Institute's testing and certification endeavors are widely recognized internationally. Its testing laboratory is accredited according to DIN EN ISO/IEC 17025 and a recognized testing laboratory (CBTL) in the IECEE’s international certification system (CB system). The VDE Institute performs EMC and radio tests based on international directives, standards, and laws. This reinforces TSUN's dedication to meeting and surpassing industry benchmarks.

Traditionally, electrical products undergo comprehensive testing to ensure they are safe, perform well, and do not affect other devices or create unauthorized disturbances to the grid system during operation.

TSUN's microinverters have not only met but exceeded these stringent requirements. Following this first positive results TSUN decided to apply for the VDE EMC certification for its micro-inverters starting by the MS400 and the MS800. This certification consists in testing the products but also by certifying the factory during an initial visit followed by yearly controls of the manufacturing processes on the production site.

After having passed the initial assessment, TSUN will become one of the first microinverter producer in the world to get the EMC certification according to EN 62920 and will be allowed to use of the EMC VDE mark on those products.

MS400 and MS800 microinverters are also used in TSUN’s balcony solar systems. VDE CEO Ansgar Hinz declared: “Balcony power plants are very popular with consumers because they can actively participate in the energy transition by using them. We as VDE want to support this. For this reason, it is important to us that the new devices are safe for the user. Who if not we can guarantee this? The VDE has stood for protection and safety in electrical engineering for more than 130 years.”

The EMC test includes three critical assessments:

1. Evaluation of the overall radiation function of the product.

2. AC side conduction test.

3. DC side conduction test.

The introduction of the DC side conduction test in the 62920 standard sets a higher benchmark for product performance and reliability. By achieving success in this test, TSUN has become

the first brand in worldwide to meet this new standard, positioning itself at the forefront of EMC compliance.

The 62920 standard is expected to be fully adopted across the industry by 2024, making TSUN's accomplishment all the more significant.

Why is EMC so important?

Electromagnetic Compatibility (EMC) is crucial for electronic devices and systems to work smoothly and reliably. In the world of solar energy, EMC compliance is vital to keep the power grid safe and stable. TSUN's strong focus on EMC design guarantees that its microinverters deliver consistent and uninterrupted energy production, which in turn supports a sustainable and robust energy future.

Hi-MO 7: Efficiency at its best

The flagship product of LONGi Solar for this year is undoubtedly the Hi-MO 7 series. It is a new generation of high-efficiency modules and made its debut at REI with two types of products: LR5-72HGD(2278mm*1134mm) with an impressive conversion efficiency of up to 22.8% and a maximum power output of 590W, and LR7-72HGD(2382mm*1134mm) with an efficiency of up to 23.0% and a maximum power output of 620W. Hi-MO 7 is developed for the utility market by adopting LONGi’s HPDC cell technology based on M10 n-type silicon wafer with a higher bifaciality of around 80%. Hi-MO 7 excels in power generation, reliability, bifaciality and power temperature coefficient, which make it ideal for use in environments with limited land area, high albedo, and elevated temperatures. With the release of the Hi-MO 7, LONGi has formed a product portfolio of “Hi-MO 5+Hi-MO 7” applied in the large-scale utility power plant market.

“The Hi-MO 7 has commenced mass-production in 2023 H2 at 2 production bases in China, and its production capacity will reach 30GW+ by the end of the year. The BIS certification process is underway for the India market, with products expected to enter in early 2024” said Mr. Pradeep Kumar, the MD of LONGi Solar India. “We are

excited to introduce the new products and technologies to the market. India has made significant strides in energy transition and it is among the best globally for solar power. LONGi is honored to contribute to its energy transition and sustainable development. ”

Introducing the Hi-MO X6: A New Era in Distributed Solar Scenarios

Hi-MO 6 module, designed for distributed scenarios, adopts advanced HPBC cell technology and is committed to delivering a superior experience for distributed customers. For better conveying this customer value, LONGi has updated its product brand identity to Hi-MO X6. The debut of Hi-MO X6 module at REI exhibition will inject new vitality to the renewable energy industry in India, a manifestation to our commitment to bringing a unique experience for our distributed customers.

Built upon high-efficiency HPBC cell technology, featuring a frontal busbar-free design, the product’s design maximizes the utilization of incident light, reduces optical losses, enhances conversion efficiency and consequently optimizes LCOE. The standard version of the HPBC cell has achieved an efficiency breakthrough of 25.5%, while HPBC+ cell efficiency exceeds 25.8%. Equipped with this cutting-edge technology, Hi-MO X6 shows a 6%-10% improvement in power generation performance compared to traditional modules. With a maximum module efficiency of 23.3%, the product sets a new value benchmark for the global distributed market.

LONGi Hydrogen ALK Hi1 series & ALK G series product firmly leads in large electrolysis technology

LONGi Hydrogen presented its green energy solution at REI Expo by showcasing the LONGi ALK Hi1 series. This series was globally launched in February 2023 and offers significant advantages in terms of high energy efficiency, high reliability, and a high rate of return. LONGi Hydrogen continues to explore LCOH, with an industry-leading energy consumption as low as 4.0 kWh/Nm3. On September 12th, LONGi Hydrogen unveiled the ALK G series product, with hydrogen production capacities of 1200Nm³/h, 1500Nm³/h, 2000Nm³/h, the ALK G series product firmly leads in large electrolysis technology. This ultimately results in a roughly 20% reduction in CAPEX when calculated on a per-unit basis. The newly-released product is adaptable to renewable energy sources such as solar and wind worldwide, allowing for greater gas production at lower energy consumption and higher stability.

By the chance of REI, a grand new product launch event was held on October 4 with all the esteemed guests to celebrate the debut of the Hi-MO 7 series product and in the meantime announced the 12GW milestone in shipment to India. LONGi is very proud of the achievement and grateful for the consistent support from all the customers.

LONGi is committed to bringing the ultimate user experience to the Indian market with a professional team oriented with customer value. The company's focus on innovation, quality, and sustainability has earned it a reputation as a trusted partner for customers around the world. For more information about LONGi and its products and technologies, please visit www.longi.com.

The project is being developed by JBM Solar. In addition to the solar farm, the proposed development includes a battery energy storage system, on-site substations to connect to the national grid, underground cabling and supporting infrastructure such as access tracks, gates and fencing and drainage and storage.

RSK Project Manager David Hoare said: “This is a solar and battery storage project that would generate enough clean, renewable energy to displace more than 11,200,000 tonnes of CO₂ emissions from fossil fuel power plants each year – the equivalent emissions reduction of taking 166,000 cars off the road per year. We are incredibly proud to be involved.”

RSK and JBM Solar’s vision for the project includes the retention and enhancement of natural habitats and species to exceed biodiversity net gain requirements.

RSK Project Coordinator Anna Bloor said: “We are aiming for an exceptional 50% biodiversity net gain through new planting and habitat creation. The planned ecological mitigation and enhancements include improving wild flower meadows, hedgerow and grassland areas, which will create new habitats for birds, bats, insects and reptiles. Plans also include public access and recreation facilities, such as new footpaths to increase local access.”

Peartree Hill Solar Farm is a 320-MW development and is therefore classed as a nationally significant infrastructure project subject to the Development Consent Order planning process, whereby the final decision on the project will be made by the Secretary of State for Energy Security and Net Zero

The following RSK Group companies are supporting JBM Solar by coordinating and undertaking all the environmental impact assessment-related work required to support the Development Consent Order application: RSK Environment, Nature Positive, Headland Archaeology, RSK Biocensus, RSK Wilding, Stephenson Halliday, RSK Acoustics, SCP and RSK Geosciences.

It is expected that the Development Consent Order application will be submitted towards the end of 2024, with a decision from the Secretary of State for Energy Security and Net Zero expected by 2026.

JBM Solar’s Development Project Manager Mike Greslow said: “This project is an opportunity to help tackle the climate crisis and deliver on local and national energy targets. The UK needs to rapidly expand its renewable energy network to deliver on its aim to decarbonise the energy sector by 2035, and renewable energy projects such as Peartree Hill will help to achieve that.”

In today's dynamic energy landscape, the integration of energy storage with renewables has emerged as a critical element in achieving carbon neutrality, with hurdles that need to be overcome to fully unlock its potential. As one of the key players in storage sector, SOFAR is in full swing to tackle these challenges with its advanced solar + storage solutions. This year, the company has launched microinverter system PowerNano, C&I ESS PowerIn and PowerMagic and fully self-developed utility ESS PowerMaster, marking a milestone of SOFAR’s comprehensive range of all-scenario PV & ESS solutions covering residential, C&I and utility applications.

Especially, there has been a significant increase in the demands for energy storage solutions in C&I installations in Europe, and SOFAR PowerIn rises to the proper time. Designed for small-scale C&I projects, the DC-coupled solution features pack-level active balancing, which increases the usable battery energy by 5% and can maximize the rooftop value for end-users. Consisting of PV inverter, battery optimizer and BESS, PowerIn is suitable for business owners and building owners with existing solar installations. When it comes to larger C&I projects, SOFAR PowerMagic is a perfect fit with modular design supporting PCS parallel connection and flexible system expansion, as well as lower LCOS by virtue of the compatibility with 320Ah cells. The AC-coupled solution is also equipped with 3+2 safety system, which ensures more stable operation and a longer service life.

During the roundtable, Allen Cao, Head of SOFAR Europe discusses the role of C&I storage in facilitating Europe's ambition in a net-zero era. Meanwhile, Cao shares his insights on SOFAR’s performance in Europe in the interview. “Looking to the future, we intend to keep exploring technological possibilities in residential and C&I ESS and working on optimizing localized and professional sales service team, impelling the renewables adoption and energy autonomy in Europe,” he said.

“As a top 6 PV module supplier at global shipment volume, we have huge plans and potentials to expand our manufacturing capacity, and product coverage while keeping supply chain transparency and lowering carbon emissions from the very beginning of a module products”, said Samuel Zhang, CMO at Astronergy, at a themed panel discussion during the BNEF Summit in London on Oct. 11.

Shared sustainability strategy, on-way global expansion actions, and frontier TOPCon tech with attendees, Astronergy’s attendance at BNEF Summit London highlights the international company’s tech strength and image as a responsible enterprise.

“For sure, local policies would be a vital consideration for us to decide whether we will start manufacturing in a country”, said Samuel, “the energy transition process in the world and surging growing greener energy demands has pushed us to invest in expanding and to do more in product tech and links of business operations”.

As a company shouldering great social responsibilities, Astronergy will insist on its green energy core, and keep developing in a much more friendly way for a greener world. The company has a target to achieve carbon neutrality by 2050, and to achieve this goal, the company has formed a detailed plan for all its operational links.

Stelios Antellis, Head of Strategic Cooperation at Astronergy, and Timo Franz, Head of Project Business at Astronergy, joined the discussion with Samuel and shared their opinions on the company’s development and the world’s energy transition process.

Timo Franz gives presentations on Astronergy’s Sustainability Strategy at BNEF Summit in London on Oct 11th. [Astronergy/BNEF]

Astronergy is acting as a tech promoter in the industry, Timo said, that n-type TOPCon would be a great tool for continuous green energy generation. Of course, other frontier techs would also take effects after mature or cost-effective, added Stelio.

The commitment to create a sustainable and net-zero carbon world is the primal force of Astronergy to dive into the PV industry to develop better tech of great performance and to expand high-reliability products to each tiny corner of energy demands.

The Hi-MO 7 module attracted the attention of both the industry and global customers immediately upon its release, with LONGi subsequently promoting the product at high profile events around the world as part of the Hi-MO series.

Underlining LONGi’s long-standing commitment to technology innovation, Hi-MO 7 is based on high-efficiency HPDC cell technology. HPDC (High Performance and Hybrid Passivated Dual-Junction Cell) is an upgrade of HPC cell technology, whereby the cell adopts high and low junctions on the rear side with an optimized film layer design and deposition process, achieving an excellent passivation effect across the whole area to reduce the absorption of light, the introduction of a local low-resistance contact layer on the front side further improving cell efficiency. Overall, the upgraded HPDC cells offer enhanced conversion efficiency, power temperature coefficient and higher reliability, significantly increasing power generation, validation of which was the Hi-MO 7 winning the 2023 outdoor energy yield award at TÜV Rheinland’s ‘All Quality Matters’ congress.

As a world leading solar technology company, LONGi is also committed to promoting the standardization of product dimensions in the photovoltaic industry to facilitate its ongoing healthy development, joining a number of major module manufacturers in advocating a standardized module size of 2,382mm*1,134mm to maximize use of container space while increasing module power and reducing system costs. The Hi-MO 7 product adopting the new size can reach a maximum power of 610W, with its 72c version ensuring product quality and electrical

compatibility. The module’s new standard size has been achieved with only a small increase in wafer/cell length, thus having only a minor impact on manufacturing. Meanwhile, benefiting from relatively low internal current and low losses, it has a power generation performance 2W to 3W higher than that of its 66c version, as well as higher reliability in the junction box area and clear advantages in terms of cell efficiency and product quality.

A higher bifacial rate (~80%), better power temperature coefficient (-0.28%/°C), lower operating temperature, improved anti-light degradation (first-year attenuation no higher than 1%) and low-irradiance power generation performance combine to make Hi-MO 7 especially suitable for application in areas like the Gobi desert, where ground reflectivity and ambient temperature is high. Power generation gain here can be up to 3% compared to mainstream bifacial modules on the market. In addition to its high efficiency, Hi-MO 7 also offers leading product quality and long-term reliability, significantly reducing the cost of electricity for large-scale desert and other ground-based PV projects by increasing power generation over their entire life cycle.

In a ceremony held at their Wuxi facility, Jetion Solar expressed profound appreciation for their dedicated team, whose professionalism and unwavering commitment laid the cornerstone for this momentous accomplishment. This achievement signifies a remarkable leap toward Jetion Solar's vision of establishing itself as the foremost hub for the photovoltaic industry in Wuxi and the entire Yangtze River Delta region. It unequivocally underscores Jetion Solar's steadfast commitment to a sustainable future powered by clean energy.

Overcoming a myriad of technical challenges, Jetion Solar's exceptional team successfully developed and manufactured HJT high-efficiency solar cell modules, boasting an impressive photoelectric conversion efficiency of over 25%. In addition, Jetion Solar's PV modules have earned the prestigious BloombergNEF Tier 1 status, a testament to their exceptional quality and performance.

Situated in the heart of the Jiangyin Lingang Economic Development Zone, this project represents a significant investment, with a planned total capital infusion of 5 billion RMB and a sprawling land area of 500 acres. The Phase I of this visionary undertaking boasts a state-of-the-art 2.4 GW high-efficiency heterojunction cell production line, backed by an investment of 1.8 billion RMB. The expansive 180.58-acre site includes purpose-built facilities such as cutting-edge high-efficiency cell workshops, advanced research and development buildings, and extensive warehouses, covering an impressive total construction area of approximately 80,000 square meters. The project is well on course to be completed and operational by October 2023, setting the stage for a new era in the photovoltaic industry.

Jetion Solar's 5 GW Phase I project represents a significant leap toward their vision of becoming the unrivaled epicenter of the photovoltaic industry in Wuxi and the entire Yangtze River Delta region. This monumental endeavor aligns seamlessly with Jetion Solar's enduring commitment to a sustainable, green, and prosperous future, fueled by clean energy.

This remarkable achievement echoes CNBM's resolute dedication to the implementation of China's national “Dual Carbon” strategy. By breathing fresh vitality into China's photovoltaic industry, CNBM is at the forefront of driving global photovoltaic evolution, offering environmentally friendly, sustainable energy solutions.

This project has a capacity of 0.6 MW/1.2 MWh, operates behind the meter and is backed by a private long-term power purchase agreement (PPA) with a local off-taker. It has been strategically designed to yield high returns through daily price arbitration, emphasizing the Company's commitment to sustainable and financially responsible energy solutions.

Yumin Liu, CEO of Emeren Group commented, “We are absolutely thrilled to witness the successful operation of our inaugural solar energy storage project in China. This project marks a major milestone and represents a defining chapter in our journey toward becoming a leading global renewable energy company. In addition to this accomplishment, we currently have a portfolio of projects in the planning and execution phases in China, including several Commercial and Industrial (C&I) sized storage projects that are currently under construction. As part of our strategic vision, we plan to further expand our storage portfolio under our light IPP strategy. Furthermore, we remain steadfast in our commitment to executing our storage business strategies, solidifying our dedication to sustainable and innovative energy solutions.”

The supply will consist of 2,924 solar trackers in single-row and dual-row configurations, and it is expected to prevent the emission of 82,788 tons of CO2 into the atmosphere. Additionally, more than 118,000 households in the region will be able to enjoy renewable and clean energy every year, improving life’s quality of the community and promoting the adoption of more sustainable energy sources.

Solar Steel continues to advance as a leading company in the supply of solar structures nationally and internationally, in the development of new renewable plans that allow them to uphold their commitment to a green and emissions-free world.

ZBB, or so-called ‘Zero BusBar Interconnection Technology’, could reduce the silver paste use (main material for busbar) and improve the aesthetics of PV modules, which is one of the main developing paths for the PV industry to be much more environmentally friendly and higher efficiency, and to achieve technological breakthroughs.

Independently developed by Astronergy, the ZBB TOPCon 3.0 module product has over 20 related patents in product design, processing, and material and equipment plans, said Dr Alex Hsu, the CTO at Astronergy.

ZBB TOPCon module manufacturing could be conducted under lower temperatures and the products could be compatible with thinner silicon wafers, reducing silver paste consumption, thereby making module products much more environmentally friendly and much more sustainable, while also improving the bending resistance of the PV modules, added Dr Alex Hsu.

The tech could also help to increase the light-receiving area of the PV cells and reduce the optical losses of PV modules. Meanwhile, due to the removal of the busbar, the ZBB module has better current carrier collection efficiency and aesthetics.

Furthermore, Dr Alex Hsu said that, due to the finer and evenly distributed welding wires of this type of module, the mechanical load performance of such products is better; and the application of ZBB tech on TOPCon 3.0 PV cells enabled the module power to reach over 590W with an efficiency of over 22.8%. And thanks to the ZBB tech, ASTRO N n-type TOPCon products could have a bifaciality rate of 80%.

As the first enterprise in the industry to obtain the ZBB n-type TOPCon 3.0 PV module product certification, the mass production of such products for the market is currently steadily advancing and is expected to be achieved by the end of this year; and module products manufactured with ZBB tech to have better aesthetics are also under planning.

ZincFive the world leader in nickel-zinc (NiZn) battery-based solutions for data centers, announced today that ABB has added ZincFive as an approved supplier, allowing ABB to deliver UPS systems that include green and safe ZincFive NiZn battery solutions.

ABB has completed a comprehensive suite of tests of ZincFive’s nickel-zinc battery-based BC Series UPS Battery Cabinets with their MegaFlex UPS portfolio to ensure full compatibility with their UPS systems. The testing was done by ABB and ZincFive in their U.S. and Switzerland locations to certify ZincFive’s BC Series on the ABB MegaFlex UPS platform.

“ABB works closely with innovative companies to provide customers with sustainable options,” said Sébastien Surply, Head of Power Protection, ABB Electrification. “Extensive testing has ensured ZincFive’s NiZn batteries meet data center safety, performance, and reliability requirements. The adoption of NiZn technology will enable our MegaFlex UPS solutions to provide high levels of power protection and will support customer decarbonization goals.”

ABB is currently supplying ZincFive nickel-zinc battery solutions on several projects where footprint, safety (no thermal runaway), high ambient temperature operation and full life cycle sustainability are factors in the energy storage selection process. Many of these applications are in modular enclosures or containers where the small footprint, high operating temperature range and safety of the ZincFive nickel-zinc battery cabinets significantly reduces installation time and cost vs. lead-acid and lithium chemistries.

ZincFive’s BC Series UPS Battery Cabinets are the first nickel-zinc battery energy storage solution with backward and forward compatibility with megawatt class UPS inverters. The BC Series offers an industry-leading smallest footprint, minimal maintenance requirements, no thermal runaway, and the higher reliability demanded for mission-critical applications while placing an emphasis on sustainability. ZincFive’s NiZn batteries have a significantly lower end-to-end climate impact than lead-acid and lithium batteries, as validated by expert third-party analysis.

“As the importance of sustainability in data center backup battery systems continues to grow, companies such as ABB are leading the industry in bringing the power of good chemistry to the data center market,” said ZincFive CEO and Co-Founder Tim Hysell. “Our shared commitment to reducing carbon footprint and operating costs without sacrificing safety or performance is what makes this collaboration a great benefit for ABB customers.”

SolarAid is a UK-based, pioneering international charity tackling poverty and climate change by providing access to clean, safe solar lights in underserved rural communities in sub-Saharan Africa. 

In the latest research emerging from their pioneering solar light repair pilot in Zambia, ”Solar Saver: second-generation lights”, findings are showing that not only tend 90% of customers not to throw out non-functioning solar products, storing them in the hope of being able to use them again in the future, 91% of products were also successfully repaired, illustrating the size of the potential repair market.

Since 2010, an estimated 150 million Solar Energy Kits have been distributed throughout Africa, revolutionising electricity access for millions of off-grid and rural households. However, it is estimated that nearly 75% (110 million) of these products have fallen into disrepair. These new findings points to the opportunity of reducing electronic waste in countries currently lacking access to effective recycling.

With recycling currently unable to play a major role in addressing these potential waste flows, due to high logistical costs and a lack of relevant infrastructure, ahead of International E-Waste day 14th October, SolarAid is now advocating for a more salient response to address the rise of non-functioning solar products across the continent by focusing on repair and extending the lifespan of solar products.

Together with the University of New South Wales they are publishing a white paper on the potential of repair in rural communities “Off Grid Solar Repair in Africa: From Burden to Opportunity?”, aiming to share knowledge and learnings to facilitate replication of their successful repair pilot across the continent. 

Fred Mwale, Project Manager on the programme in Zambia says, “The results coming out of this pilot are showing clearly the opportunities that the circular economy could serve in sub-Saharan Africa, where there is an ineffective recycling system but a vibrant repair economy serving rural areas.”

In their pilot programme, SolarAid tested decentralised local repair models, which they discovered built trust in the rural communities and further benefited local business and speed of repair.

While aiming to keep testing and sharing learnings, hoping the model will be adopted and scaled by distributors, SolarAid are also recognising existing barriers to fully realise a vibrant repair economy for these products. 

Jamie McCloskey, Director of Programmes and Partnerships at SolarAid says, “This programme shows there is a huge opportunity to reduce electronic waste and give second life to solar products across the continent. But there is also a big need for more investment to build an enabling environment with repair capacity, as well as policy changes and manufacturer buy-in, such as repair standards and access to spares.” 

Rodgers Mwamba, newly trained Repair Technician in Zambia says,

“I want to teach my fellow technicians on proper disposal of electronic waste because it is not only batteries that are harmful to the environment, some other electronic components also have adverse effects when not disposed of well (…) The effects of climate change have been felt here, things like change in rainfall patterns and sometimes drought.”

The 57 MW BESS facility “Meadow Farm” has a capacity of up to 171 MWh and will be built in Stockton-on-Tees in Northeast England. It will help to stabilise the local electricity system by providing flexibility and supporting the wider deployment of renewable generation onto the grid, as well as ultimately supporting the UK’s move to a cleaner environment and a greener economy.

BayWa r.e. also identified several measures to improve local biodiversity, including the planting of native grassland, wildflowers, hedgerows, and trees. These measures will achieve a Biodiversity Net Gain of more than 28% for habitats, and more than 14% for hedgerows.

John Milligan, Managing Director at BayWa r.e. UK., said: “BESS facilities like Meadow Farm allow flexibility within the national electricity transmission, complementing renewable energy generation profiles. Having successfully secured planning approval for our first stand-alone BESS project in the UK reflects our ongoing dedication and growth in delivering innovative projects.”

Julian Gerstner, Head of Storage EMEA at BayWa r.e. adds: “We are thrilled to bring our storage capabilities to the next level with our largest stand-alone storage project in the UK to date and one of our biggest in Europe. The development of large BESS projects – either connected with renewable energy plants or as stand-alone – demonstrates the full potential of green energy, bringing grid flexibility and stability, as well as contributing significantly to the acceleration of the energy transition.”

BayWa r.e. is currently working on delivering a battery storage pipeline of 6 GW across Europe, APAC and the Americas.

At the same time, its redesigned light weight cover increases corrosion resistance and lightens the installation. It also has innovative safety features that give you insight into everything you care about.

An innovative design, lightening the burden on the planet

We take responsibility for our products' environmental footprint throughout their life cycle. The new residential hybrid inverter SG5.0RS-L is built with the planet in mind, with a durable 100 percent recycled High Polymer Resin Material. The integrated design and comprehensive optimization of materials and structures bring higher power density. This engineering-grade material has been successfully used for aerospace and military purposes.

Maximize power generation to increase yields

The SG5.0RS-L has lots of energy in its compact design. In a compact design, the single string input current can reach 16A, which is compatible with high-power modules. It is also equipped with PowerMax global MPPT scanning and PID Zero functions. These functions can always keep the maximum performance of PV modules, but also keep the whole system in the best power generation status during shadow.

Ensure safer and easier living with solar power

When it comes to household products, the most significant thing is safety. With corrosion-resistant, water and dust resistant, lightning protection, and built-in Type II DC&AC SPD, SG5.0RS-L can withstand harsh environments such as rain, sandstorm, thunder and coastal areas. In addition to these outdoor features, SG5.0RS-L has Class B home-appliance-grade radiation protection indoors and extremely low noise, reaching sleep level noise.

In addition, the SG5.0RS-L is easy to install and operate. It can be lifted with one hand, easily installed by one person, and the snap-fit design makes installation simpler. For O&M, it has a smart IV curve scan and diagnosis, which accurately locates faulty strings. By using iSolarCloud, O&M personnel can help users with real-time updates and partial troubleshooting at a distance, thus improving overall O&M efficiency and experience.

The new residential PV inverter SG5.0RS-L allows more families to use clean energy. High-quality products and multiple functions will make solar energy use safer, more efficient, and reliable.

KGAL has been active in the Italian renewable energy market since 2010. Its portfolio includes more than 30 solar parks and hydropower plants. Further solar parks and wind farms, with a total capacity of more than 500 MW, are in the planning phase or under construction. “Italy is one of the most important markets in our European renewable energy portfolio. The country scores highly due to its strong solar radiation, wind conditions, and the political will to drive the expansion of renewable energies,” says Katrin Werner, Head of Project Implementation Sustainable Infrastructure at KGAL. “Much of the electricity produced by our ‘Tuscania’ plant will go to our contractual partner Edison at a fixed price over a 10-year period. For KGAL ESPF 4 investors, the PPA represents an attractive, long-term source of income. In addition, we are pleased to support Edison, as one of Italy’s leading electricity suppliers, in its ambitious decarbonisation plans.”

“Thanks to this agreement we have made it possible to create a strategic infrastructure for the energy transition and the achievement of the 2050 decarbonisation targets”, commented Fabio Dubini, Executive Vice President Gas & Power Portfolio Management & Optimisation at Edison. “We at Edison have an important organic development plan to increase green installed capacity from the current 2 GW to 6 GW by 2030, accompanied by the goal of increasing renewable production to 40 per cent. With agreements like this one with KGAL we offer an important stimulus to the market in bringing new renewable megawatts on the ground and at the same time we make our portfolio more competitive and diversified”.

KGAL was advised on contract terms by the law firm Green Horse and is implementing the project in collaboration with Comal SpA, CR Project Service Srl and Nousfera Lab Srl.

Enphase Energy today announced that it has entered the solar markets in Sweden and Denmark through an expanded agreement with German-based climate tech startup 1KOMMA5° to offer Enphase® Energy Systems, powered by IQ8 Microinverters and IQ Batteries.

Enphase and 1KOMMA5° had previously entered into a strategic agreement to extend Enphase’s footprint in Germany and other European markets in 2022.

“Enphase has established itself as a leader in home energy management across Europe, and we are thrilled that 1KOMMA5° will now offer Enphase’s industry-leading IQ8 Microinverters and IQ Batteries in Sweden and Denmark,” said Jannik Schall, chief product officer and co-founder of 1KOMMA5°. “The Enphase devices will be seamlessly integrated into Heartbeat, our proprietary energy IoT system, and become part of our virtual power plant. The Enphase integration is a win-win-win, from reliability to safety to warranty.”

Enphase IQ8 Microinverters manage a continuous DC current of 14 amperes and are designed to support the latest higher-powered solar modules to maximize energy production. The three new microinverters – IQ8MC, IQ8AC, and IQ8HC – feature a peak output power of 330VA, 366VA, and 384VA, respectively, and are designed to seamlessly pair with a full range of solar modules up to 560W DC. All IQ8 Microinverters activated in Denmark and Sweden come with a 25-year limited warranty.

The Enphase Energy System with IQ Batteries offers configurations ranging from 3.5kWh to an aggregate 42kWh and can be upgraded throughout the lifetime of the system. Enphase delivers an enhanced solar-plus-battery solution which does not expose installers or homeowners to high-voltage DC. Enphase IQ Batteries feature Lithium Iron Phosphate (LFP) battery chemistry, which provides a long cycle life and smooth operation through excellent thermal stability. Enphase IQ Batteries accommodate over-the-air software upgrades for enhanced longevity and come with a 15-year limited warranty in select European countries, including Sweden and Denmark.

“1KOMMA5° has been a great partner and we’re excited to expand our relationship in two countries with tremendous renewable energy potential,” said Dave Ranhoff, chief commercial officer at Enphase Energy. “The rollout of IQ8 Microinverters and IQ Batteries will give homeowners resilient, reliable, and safer energy solutions, backed by a comprehensive warranty with full 24×7 customer support for an exceptional customer experience.”

Please visit the 1KOMMA5° website for information about IQ Microinverters and IQ Batteries in Sweden, and visit the Viasol website – a 1KOMMA5° company – for information about IQ Microinverters and IQ Batteries in Denmark. For more information about Enphase Energy in Sweden and Denmark, please visit the Swedish and Danish websites.

The collaboration marks an important milestone in the pursuit of a sustainable and greener future for Malaysia. MIDA will facilitate Masdar to develop up to 10 gigawatts (GW) of renewable energy projects by 2035, to include ground mounted, rooftop and floating solar power plants, onshore wind farms and battery energy storage systems.

The signing was witnessed by the Prime Minister of Malaysia, The Honorable Dato’ Seri Anwar Ibrahim; HE Dr Sultan Al Jaber, UAE Minister of Industry and Advanced Technology, Chairman of Masdar and COP28 President-Designate; HE Ahmed bin Ali Al Sayegh, UAE Minister of State; Malaysia’s Minister of Investment, Trade and Industry (MITI), HE Senator Tengku Datuk Seri Utama Zafrul Aziz; Malaysia’s Minister of Foreign Affairs, HE Dato’ Seri Diraja Dr Zambry Abdul Kadir; and the Ambassador of Malaysia to the UAE, HE Datuk Seri Ahmad Fadil bin Shamsuddin.

The MoU was signed by Mohamed Jameel Al Ramahi, Chief Executive Officer of Masdar, and Datuk Wira Arham Abdul Rahman, Chief Executive Officer of MIDA.

HE Dr Sultan Al Jaber, UAE Minister of Industry and Advanced Technology, Chairman of Masdar and COP28 President-Designate, said “This important agreement will see the UAE and Malaysia deepen our partnership in the development of renewable energy, directly supporting the nation’s National Energy Transition Roadmap. Ahead of the UAE hosting COP28, it further demonstrates Masdar’s and the UAE’s commitment to supporting countries across the world, decarbonizing economies at home and abroad, for a just and inclusive energy transition.”

HE Senator Tengku Datuk Seri Utama Zafrul Aziz, the MITI Minister said, “It is imperative that we further strengthen Malaysia-UAE bilateral ties and relationship across various industries to help us navigate global uncertainties and identify opportunities that are of mutual benefit to both nations. The UAE – particularly through Masdar – has set a commendable example in its national pursuit of sustainability, with its recognized leadership in clean energy, low-carbon and nature-based solutions. As such, we welcome Masdar’s potential investment of up to USD8 billion, with a capacity of up to 10GW in Malaysia’s renewable energy sector. This MIDA-Masdar collaboration is in perfect alignment with the objectives stipulated in our New Industrial Master Plan 2030 and the National Energy Transition Roadmap in achieving sustainability and energy security for Malaysia’s industrial transformation.”

Mohamed Jameel Al Ramahi, Chief Executive Officer of Masdar, added “As a global clean energy pioneer with a proven track record in the commercialization and deployment of renewable and clean energy projects, Masdar is proud to play our part in helping Malaysia achieve its ambitious target of 70 percent renewable energy installed capacity and net-zero emissions by 2050. We will bring all our expertise in delivering robust projects, that utilize cutting-edge technologies and generate much needed energy efficiently, to advance Malaysia’s renewable energy goals.”

Datuk Wira Arham Abdul Rahman, the Chief Executive Officer of MIDA, commented: “Our partnership with Masdar represents a pivotal stride in realizing Malaysia's sustainable energy aspirations. It underscores our commitment to driving positive change and embracing the transition towards a greener, more sustainable future. MIDA has proactively and enthusiastically engaged with industry partners in the country to foster innovation and cultivate solutions that are aimed at reducing carbon emissions. Our efforts are not limited to the present; they extend into the future, as we recognize the growing importance of renewable energy sources.”

Established in 2006, Masdar is active in more than 40 countries with a total electricity generation capacity of more than 20GW. It has invested, or committed to invest, in worldwide projects with a combined value of more than USD30 billion with ambitious growth plans to reach 100GW and 1 million tonnes of green hydrogen by 2030.

India, one of the most populous countries in the world, faces huge energy needs and environmental challenges. Its government actively promotes renewable energy development and consumption and takes measures to promote sustainable development. After encouraging utility-scale ground photovoltaics for a long time, the Indian government has begun to expand rooftop photovoltaics. The Ministry of New & Renewable Energy (MNRE) announced that India achieves staggering 71,145.01 MW cumulative solar power capacity by July 2023 including rooftop and utility-scale solar.

The latest generation of utility-scale solar-plus-storage energy solutions released

Sungrow launches its new generation of utility-scale solar-plus-storage energy solutions during REI 2023. The solutions include the innovative “1+X” modular inverter, new generation 320kW string inverter SG320HX-20 and new generation energy storage system, the PowerTitan 2.0.

The “1+X” modular inverter is an innovative product that combines the advantages of central and string inverters. By combining eight units, the “1+X” Modular Inverter can reach 8.8 MW in capacity, offering a minimum capacity of 1.1 MW per unit. Also tailored to utility-scale PV plants, the new generation of SG320HX-20 realizes lower LCOE, enhanced protection and stronger grid support.

In the field of energy storage systems, the PowerTitan 2.0 incorporates Sungrow's expertise in power electronics, electrochemistry, and power grid technology. With the latest utility-scale energy storage

innovation, the battery contains 314Ah of capacity, integrates a string Power Conversion System (PCS) into the battery container, embeds strong grid support technology, and features liquid-cooled temperature control in a systematic manner. To maximize power density, the 20-foot container is equipped with a 5MWh battery and 2.5MW power conversion system.

Comprehensive C&I energy solutions with power optimizers to promote power generation efficiency

A full range of Sungrow’s energy solutions for the C&I sector are available. They introduce the inverter SG125CX-P2, energy storage system, the PowerStack, power optimizer SP600S, and the new generation digital O&M platform iSolarCloud. With an all-encompassing solution, these parks can harness clean energy systematically.

To further promote power generation efficiency, the SP600S surpasses similar products due to its dual functionality of “optimization” and “shutdown”. As a result of its module-level independent optimization, generating capacity increases by 30%, rooftop installation capacity increases by 20%, module-level shutdown protects PV systems across their entire lifecycle, and MBS O&M is highly efficient, so diagnoses can be made faster, more accurate, and with fewer losses in energy.

Innovative home energy solution tailored to Indian households

The new home energy solutions Sungrow brings to Indian families this time are the SG5.0RS-L, SG20RT-P2 hybrid inverters, and the battery SBR128. This solution can meet the needs of different families and roofs. It is safe, efficient, and simple in operation and maintenance, which can help India effectively use building roofs to generate clean power.

It's worth mentioning that Sungrow has launched the “light” version of its residential hybrid inverter SG5.0RS-L, which features a sleek, ultra-light weight design and delivers blazing power. Moreover, its redesigned light cover increases corrosion resistance and simplifies installation. You can also get insight into everything you care about with its innovative safety features.

Sunil Badesra, Country Manager for Sungrow India, said, “India has a substantial potential for solar energy development.” The rapid growth of photovoltaic installed capacity has also strengthened our confidence. With a 10GW capacity factory set-up, we have contributed significantly to the remarkable ‘MAKE IN INDIA' initiative by offering innovative, safe and high-quality products. Besides creating job opportunities and promoting regional economic growth, Sungrow will spare no effort to accelerate India's local energy transition.”

The study, conducted by China General Certification, a third-party technical service organization, found the Vertex bifacial modules produced energy gain of up to 8.82% compared with that of mono-facial modules. The results underscore Vertex modules’ reliability and suitability for installation in PV power stations in windy areas, delivering exceptional value to customers.

CGC’s Zhangbei outdoor empirical study site is located in the northwestern part of Hebei along the southern edge of the Inner Mongolia Plateau area, with a temperate continental monsoon climate. Zhangbei is subject to consistent wind throughout the year at an average speed of 15.4 m/s, ideal conditions for the study undertaken.

The CGC study began in September 2022 and lasted for 12 months. Vertex 600W+ bifacial and mono-facial test modules were installed using three fastening methods: screws, aluminum alloy clamps and reinforced method (screws and clamps). The modules were positioned at a minimum height of 0.8 meters above the ground. The PV power station’s installation conditions were simulated to guarantee a comprehensive empirical study.

It was shown that in the first nine months of the study the Vertex 600W+ modules functioned as they should in the windy conditions, with no defects shown in the EL images. The torque values of the bolts and clamps on the modules exceeded 16N, ensuring stability, with no noticeable signs of loosening.

In the three months to June the Vertex 600W+ bifacial modules generated a total of 2,500.87 kWh of energy. Compared with 600W+ mono-facial modules, bifacial modules displayed a marked advantage in energy yield with an energy gain of 8.82%. The study demonstrated that Vertex 600W+ modules provide exceptional reliability and energy yield, ensuring safety and increased yield for PV power plants operating in consistently windy environments. They thus guarantee long-term revenue for customers.

Trina Solar’s Vertex series modules had earlier passed rigorous tests, including non-uniform snow load test, extreme low temperature mechanical load test, hail test, multiple extreme dynamic mechanical load test and extreme wind tunnel test. Trina Solar has maintained its Top Performer status nine years in a row in the PV Product Qualification Program operated by PV Evolution Labs. Its Vertex N series modules have also passed the extended reliability test of the Renewable Energy Test Center.

With its 16th edition scheduled from October 4-6th, 2023, REI is set to witness a grand gathering of over 700 exhibitors, 40,000 trade visitors, and distinguished policy-makers, influencers, and experts. Among these eminent participants, Deye, one of the pioneers of the inverter industry, is poised to make a significant mark.

At REI India Expo 2023, Deye is excited to present a diverse range of renewable energy solutions: string inverters(50kW-110kW/120kW-136kW), HV Hybrid inverters(50kW), HV batteries(BOS-G), and all-in-one systems(GE-F60, MS-G230). Here are the highlights of some core products:

String Inverters (120kW-136kW): The three-phase inverter in this category features Level 2 AC/DC lightning protection, enhancing system reliability. Real-time DC Arc-Force Detection (AFCI) ensures accurate identification, and it supports PID night repair and delays module performance degradation. With features like frequency sag control and anti-reverse current functionality, it realizes a virtual generator effect and minimizes grid losses.

High-Voltage Batteries: The HV floor-mounted and rack-mounted battery BOS-G employs Prismatic Lithium Iron Phosphate (LFP) batteries and environmentally friendly materials, ensuring the entire module is non-toxic and pollution-free. This HV battery comprises 3-12 modules in series, conforming to the Standard US&EU Cluster. Its high discharge power capability and USB upgrade feature make it a premium intelligent battery.

All-in-One Systems:

The GE-F60 (50kW/60kWh) boasts a range of features and advantages that set it apart. It offers intelligent temperature control, ensuring the system can handle 1C high-rate operation with ease, and with a built-in air conditioner, it keeps the battery temperature below 40°C. The system is further fortified by a Positive Balance Intelligent BMS, providing comprehensive protection and effectively extending the cycle life of battery packs. Furthermore, the GE-F60 utilizes Prismatic Lithium Iron Phosphate (LFP) Battery technology and features built-in aerosol fire extinguishing, ensuring a secure and dependable solution.

Deye's participation in the REI India Expo 2023 reflects our unwavering confidence in the Indian renewable energy market. As the nation intensifies its focus on clean and sustainable energy solutions, Deye aims to be at the forefront of this green revolution. We anticipate a surge in demand for innovative renewable energy solutions.

The Indian renewable energy market has been expanding exponentially, driven by ambitious government initiatives and increasing environmental awareness. Deye envisions a bright future for the market, with continued growth opportunities in solar power, energy storage, and other renewable sectors. We anticipate that REI 2023 will catalyze fostering partnerships, collaborations, and knowledge exchange to drive sustainable energy adoption in India.

Deye's products testify to our commitment to innovation, quality, and sustainability. We are confident that these offerings will address the evolving needs of the Indian market and contribute to the nation's clean energy transition.

Join us at REI India Expo 2023 and be a part of the renewable energy revolution with Deye!