Fox ESS P100: BEST Choice For Your Home

All-in-One Energy Storage System

Integrating both inverter and battery into a single unit, the P100 offers a streamlined and reliable one-stop energy solution. Combining high efficiency with user-friendly design, it redefines modern energy storage standards. Available configurations include: 5kW+10kWh, 6kW+10kWh, 7kW+10kWh, 8kW+10kWh, and 10kW+10kWh.

All-in-One Solution

The P100 delivers true system integration, eliminating the complexity of multi-component installation. With a minimalist design and quick one-step setup, it significantly reduces installation time and cost for both installers and users making it an ideal choice for residential applications where efficiency matters.

Fast Installation & Aesthetic Appeal

The system greatly reduces installation time and features a sleek design that blends seamlessly into home environments, serving as an elegant piece of modern living decor.

Advanced Backup & Off-Grid Performance

Equipped with 20A PV input current and up to 3 MPPTs, the system enhances energy yield and supports up to 200% PV oversizing without curtailment. It features dual off-grid backup capability, handling 200% overload for 10 seconds to ensure uninterrupted power during critical moments. A 4ms grid-off switching time ensures seamless transition during grid instability.

Scalable Capacity & Power

The P100 supports flexible expansion from 10–30kWh storage capacity and 5–30kW output power, adapting to diverse household and commercial energy needs while providing long-term value and scalability.

Built to Endure & Perform

Rated IP66 for dust and water resistance, the system operates reliably from -20°C to 55°C, suited for various climates. A 95% depth of discharge (DoD) maximizes usable energy and extends system life.

10-Year Warranty

The P100 is backed by a 10-year warranty with a “replacement, not repair” policy, ensuring worry-free ownership and long-term reliability.

Smart Monitoring & Control

With the FoxCloud V2.0 platform, the P100 enables real-time monitoring and intuitive control. Users can easily track performance, optimize energy usage, and maintain system health all through a unified interface.

The Fox ESS P100 stands out as a next-generation energy storage solution with full integration, robust backup power, and intelligent management. It advances energy independence while delivering efficiency, resilience, and sustainability an optimal choice for homes and businesses seeking reliable and future-ready power.

Sunsure Energy, NVVN Ink First-of-its-Kind 500 MWh BESS Deal at Jhansi’s Garautha Substation

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Sangita Shetty

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29th August 2025

Renewable energy company Sunsure Energy has announced a pioneering agreement with NTPC Vidyut Vyapar Nigam Ltd (NVVN) to supply 500 MWh of peak power to the Uttar Pradesh Power Corporation Ltd (UPPCL) through a large-scale battery energy storage system (BESS).

The Battery Energy Discharge Purchase Agreement (BEDPA) secures a capacity of 125 MW/500 MWh under a 15-year contract, marking the first time in India that a BESS-based power supply deal has been structured in this way. Under the build-own-operate model, Sunsure will install the standalone system at the Garautha substation in Jhansi, Uttar Pradesh.

This arrangement will allow Sunsure to deliver four hours of on-demand power daily between 6 pm and 10 am, enabling UPPCL to meet peak demand with clean energy at a competitive fixed tariff. Unlike traditional fixed monthly rate models, the pact introduces an innovative per-kWh discharged energy billing system, a first in India’s energy storage sector.

Sunsure Energy’s Founder, Chairman & CEO Shashank Sharma highlighted the company’s evolution from solar-only projects to advanced hybrid renewable solutions with storage. He noted that the deal reflects a major step for utilities as well, transitioning from pure solar and hybrid tenders to nation-leading energy storage deployment.

The agreement is being seen as a milestone in India’s renewable energy journey, strengthening grid reliability while helping replace fossil fuel-based generation during peak demand hours.

UPNEDA and Vasudha Foundation Conduct PM Surya Ghar Training Across 13 Districts in Uttar Pradesh

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26th August 2025

The Uttar Pradesh New and Renewable Energy Development Agency (UPNEDA), in collaboration with the Vasudha Foundation, has successfully concluded a series of training sessions under the PM Surya Ghar: Muft Bijli Yojana. The program, held from July 30 to August 21, 2025, covered 13 districts across Uttar Pradesh.

The initiative aimed to strengthen rooftop solar adoption by providing practical and technical training to key stakeholders, including empanelled vendors, DISCOM officials, and bank representatives. Sessions addressed hands-on aspects of rooftop solar installation while also focusing on implementation challenges and potential solutions.

The training was conducted in Agra, Meerut, Aligarh, Prayagraj, Gorakhpur, Ayodhya, Mathura-Vrindavan, Lucknow, Kanpur Nagar, Jhansi, Saharanpur, Moradabad, and Shahjahanpur.

Officials noted that the program has enhanced stakeholder preparedness and improved coordination between vendors, distribution companies, and financial institutions. By building technical capacity and addressing ground-level challenges, the training sessions are expected to accelerate the effective rollout of the PM Surya Ghar scheme across Uttar Pradesh.

Krannich Solar and Fimer Enter Into Strategic Partnership – Live Discussion, Join Now!

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Editorial Desk

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26th June 2020

Krannich Solar, one of the leading distributors for photovoltaics worldwide has signed a collaboration agreement with FIMER, the fourth largest solar inverter supplier in the world for the distribution of their inverters in Indian market. The alliance will strengthen the competitiveness through leveraging each other’s competencies and experience and ensure the most efficient and reliable deliveries to the customers.

As one of the top solar inverter suppliers in the world, FIMER has an extensive portfolio of string, central and legacy inverters. FIMER offers a wide range of single and three phase PV inverters ranging from 1.2 kW to 5 MW. FIMER is enriching the Krannich product range with high end energy solutions suitable for residential and commercial projects.

“We are very pleased to start working together with FIMER” says Sandeep Banodiya, Sales Director of Krannich Solar India. “The inverters compliment our product range very well as they will offer our customers excellent quality and significant added value. With FIMER we will create a winning partnership in the India like other countries. With FIMER we have a partner that has built up an excellent reputation for quality and reliability.”

“We have a global partnership with Krannich and we would like to strengthen this further with our relationship in India”, says KN Sreevatsa, Country Head of FIMER in India. “Krannich has an excellent team and will be our national partner to enhance our presence in India. We shall offer our entire range of string inverters with our partnership which will help our customers with ease of doing business. We are excited to partner with Krannich in this new era of FIMER”.

Fimer is going to showcase its wide array of string inverters at 3pm on 3rd July, in the webinar. The company will also be discussing about the Fimer – Krannich partnership, join now: https://bit.ly/2CY82Xz

MnSEIA, SEIA, And CCSA Criticize Minnesota’s Approval Of Xcel’s 200 MW Battery Program, Warning Of Risks To Ratepayers

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4th April 2026

The Minnesota Solar Energy Industries Association (MnSEIA), the Solar Energy Industries Association (SEIA), and the Coalition for Community Solar Access (CCSA) issued statements on Thursday criticizing the Minnesota Public Utilities Commission’s decision to approve Xcel Energy’s Capacity*Connect distributed-storage proposal. The organizations argue that while Minnesota has historically been a leader in grid innovation, the newly approved program represents a major missed opportunity to advance fair and cost-effective clean-energy development in the state.

The Capacity*Connect plan, authorized as a pilot program, will allow Xcel Energy to deploy up to 200 megawatts of utility-owned battery storage with a budget of $430 million. However, clean-energy groups say the framework offers no meaningful avenue to gather comparative data from third-party developers or competitive market participants—data they believe is essential for building an efficient and resilient long-term storage strategy. They also criticized the process for excluding independent developers and trade associations from key discussions, leaving industry expertise on interconnection and project development largely unconsidered.

In a statement, Sarah Whebbe, Director of Policy & Regulatory Affairs at MnSEIA, said that although the organization recognizes Xcel’s attempt to invest creatively in the distribution system, the model itself is fundamentally flawed. She argued that giving operational control to a single partner shuts out Minnesota’s established solar and storage developers and undermines the competitive environment needed to deliver a fair clean-energy transition. Whebbe warned that the approach will ultimately raise costs for customers while limiting clean-energy choices available to Minnesota residents.

The organizations also raised concerns about financial risk and transparency. Unlike other states’ distributed-storage programs, CapacityConnect places full investment risk on ratepayers rather than leveraging private capital. Because the batteries will be treated as utility-owned capital assets, Xcel Energy is guaranteed a profit regardless of performance.

As a result, CapacityConnect becomes the only approved distributed-storage program in the country with a cost-benefit ratio below one—meaning the projected costs exceed the expected benefits. The groups further noted that during the approval hearing, Xcel introduced updated financial calculations that had not been shared with intervening parties beforehand, limiting the opportunity for a complete review of the methodology.

Andrew Linhares, Midwest Director of State Affairs at SEIA, said the newly approved program bears little resemblance to successful energy-storage models in other states, where competitive markets help ensure that ratepayers receive the most affordable and effective solutions. Instead, he argued, Capacity*Connect shifts financial risks onto customers who will be required to pay for the projects regardless of outcomes.

Additional criticism was directed at the decision to designate Capacity*Connect as a pilot while simultaneously restricting participation to Xcel Energy and its chosen partner, Sparkfund. Clean-energy groups say that by excluding third-party developers, the program prevents the state from gathering the open-market data necessary to evaluate cost-effective approaches for future energy-storage expansion.

They also objected to the Commission’s decision to exempt Xcel from the standard interconnection queue, citing concerns that doing so creates a double standard and disadvantages developers already waiting for interconnection approvals. According to the organizations, if streamlined procedures are essential to keep projects on schedule and within budget, those same rules should be applied equally to all distributed-energy resources.

Victron Energy Demonstrates Integrated Energy Solutions at Solar & Storage Live Africa 2026 in Johannesburg

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4th April 2026

Victron Energy concluded a focused and well-received exhibition at Solar & Storage Live Africa 2026, where the emphasis shifted from individual components to complete energy systems designed to perform in real-world conditions.

Marking five decades in the energy sector, Victron Energy used the event to highlight how integrated solutions can support homes, businesses, and industries navigating rising energy costs and ongoing grid interruptions.

Rather than presenting standalone products, Victron’s approach centred on how systems work together. Visitors engaged with solutions that combine energy storage, solar generation, and intelligent control—enabling users to manage when and how energy is used, rather than simply relying on supply.

A key area of interest was intelligent energy management. Victron Energy systems can automatically respond to changing conditions, including time-of-use tariffs. This allows stored energy to be used more strategically, helping reduce electricity costs while maintaining availability when it matters most.

This system-level thinking extends into commercial and agricultural environments, where energy reliability directly impacts productivity. Victron Energy demonstrated how scalable storage solutions can support operations that require consistent power, particularly in regions where grid stability cannot be guaranteed.

Fuel efficiency was another important theme. By integrating battery storage with generator systems, Victron’s hybrid approach reduces unnecessary generator runtime. In suitable applications, this can significantly lower fuel consumption, offering a practical way to manage operating costs while improving overall system efficiency.

Visitors also explored how system design and remote management play a role in long-term performance. Tools that allow installers to simulate and configure systems in advance help ensure that installations are appropriately sized and aligned with user needs. Once deployed, remote monitoring provides ongoing visibility, enabling users and installers to track performance and respond quickly when adjustments are required.

Across sectors such as construction, mining, mobility, and off-grid applications, Victron Energy presented scalable MicroGrid solutions built to deliver consistent power in demanding environments. These systems are designed to adapt as energy needs grow, supporting both temporary and permanent installations.

“Many of the conversations this year focused on control,” said a Victron Energy representative. “It’s no longer just about having power available, but about using it more effectively – deciding when to store, when to use, and when to draw from alternative sources.”

Victron Energy’s strength lies in its ability to deliver complete, integrated systems. By designing and developing key components within a single ecosystem, the company ensures compatibility, consistent performance, and a streamlined experience for installers and end users alike.

With a presence in more than 60 countries and a well-established network across Africa, Victron Energy continues to support the transition towards more resilient and efficient energy systems.

For more information or to connect with a local distributor or installer, visit the Victron Energy website: https://www.victronenergy.co.za

Brazil Advances Tangará Project: New Transformers And 500 kV Line Upgrade Boost Reliability In Maranhão And Pará

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4th April 2026

silver and black solar panels on snow covered ground

The progress on the Tangará Project—part of Lot 03 from Transmission Auction No. 02/2022—marks an important step in strengthening Brazil’s electrical transmission network. In March, four new transformers at the Santa Luzia III Substation officially began commercial operation. Along with the completed sectioning of the 500 kV Açailândia–Miranda II C-1 (MA) transmission line at the same site, these upgrades improve the reliability and safety of energy supply for the region.

At the Santa Luzia III Substation, two large transformers, TR1 and TR2, were installed. Each offers a capacity of 450 MVA and operates at 500/230 kV. Additionally, two more transformers, TR3 and TR4, were added, each providing 100 MVA at 230/138 kV. Together, these units significantly increase the substation’s ability to handle growing electrical demand.

The Tangará Project as a whole is designed to boost the stability and capacity of power transmission between the North Region of Brazil and the Northeast Region of Brazil. Overall, the project includes the construction of 354 km of new transmission lines and adds 2,300 MVA of transformation capacity to the national system.

The investment for this set of improvements is estimated at R$ 1.1 billion. All project facilities are located across the states of Maranhão and Pará. The remaining works under the Tangará Project are expected to enter commercial operation by June of this year, continuing the expansion and modernization of Brazil’s energy infrastructure

Smarter Power, Brighter Africa: Pylontech Deepens Presence in South Africa with All-Scenario Solutions and Local Service Center

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4th April 2026

At Solar & Storage Live Africa 2026 (March 25-27), Pylontech showcased its comprehensive energy storage portfolio, marking a strategic shift toward all-scenario solutions and localized service to empower the region’s energy transition.

All-Scenario Portfolio for a Evolving Market

As South Africa’s market shifts from basic backup power to economic arbitrage and sophisticated energy management, Pylontech introduced a matrix of solutions covering residential, C&I, and utility-scale sectors:

C&I Storage: Features a diverse lineup from modular cabinets to the PyOcean megawatt-level container system. Designed for peak shaving and microgrid applications, these systems optimize Levelized Cost of Energy (LCOE) through seamless integration with hybrid inverters and PCS units.
Utility-Scale Solutions: Focuses on high availability and lifecycle management, ensuring grid stability and safety in complex environments.

Proven Global Delivery: The Ningxia Benchmark

Pylontech’s global execution capability was recently underscored by the successful delivery of a 200MW/400MWh standalone energy storage project in Ningxia, China. Now fully operational, the facility provides critical grid services, including peak shaving and renewable energy integration, serving as a powerful performance benchmark for the African utility market.

1,200 m² Localized Service Center

To ensure long-term reliability, Pylontech has officially opened a 1,200 m² technical support and after-sales center in South Africa:

Facility Composition: Includes a 400 m² showroom and an 800 m² professional repair center.
Technical Excellence: Equipped with load testers and cell balancing tools, including a dedicated high-voltage area for large-capacity battery testing.
Compatibility Lab: Features an on-site testing platform compatible with major inverter brands (Deye, Growatt, Solis, Victron, etc.) to simulate real-world conditions and expedite troubleshooting.

“Africa is one of the most promising regions for energy storage growth,” stated Pylontech. “By integrating all-scenario systems with a robust local service network, we are delivering Smarter Power to build a Brighter Africa, providing full-lifecycle assurance from residential to utility-scale applications.”

HD Hyundai Energy Solutions Secures $85 Million Module Supply Deal for U.S. Solar Project

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4th April 2026

HD Hyundai Energy Solutions has secured a major module supply agreement for a utility-scale solar project in the United States, reinforcing its position in the global solar market.

The company announced that it has signed a contract worth approximately $85 million with Hillsboro Solar Project LLC. The deal represents around 30.3% of HD Hyundai Energy Solutions’ annual revenue based on its 2024 financial results. Module deliveries are scheduled between the second quarter of 2026 and the first quarter of 2027.

Under the agreement, the project will deploy high-output glass-to-glass (G2G) bifacial modules manufactured entirely at the company’s advanced smart factory in South Korea. The company highlighted that its vertically integrated manufacturing capabilities enable compliance with stringent U.S. requirements for supply chain transparency, traceability, and quality assurance.

The development follows the company’s entry into the top 10 residential solar suppliers in the Americas in 2025 and builds on its track record of supplying high-efficiency solar cells to U.S.-based manufacturers. With this contract, the company is further expanding its footprint in the United States utility-scale solar segment by delivering fully assembled modules.

HD Hyundai Energy Solutions also operates an in-house research and testing center certified by UL, ensuring compliance with international standards through rigorous internal validation processes. The company stated that its testing protocols are designed to ensure long-term reliability and performance of its modules, particularly in large-scale and demanding environments.

In addition, the company has recently established a dedicated task force to initiate in-house solar inverter development and is currently evaluating options for manufacturing key solar equipment within South Korea.

Powering Partnerships: Leading Indian EPCs Applaud Deye’s High-Performance Solutions

By

Sadhana Shenvekar

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4th April 2026

Solar EPCs and Channel Partners Across India Share Their On-Ground Experience With Deye Solutions Highlighting Performance, Reliability and The Strength of Long-Term Support

We have been using Deye residential on-grid inverters (3kW, 5kW, 8kW, and 10kW) in Dehradun for the past one year. The products reflect advanced technology and thoughtful design, complemented by robust and well-engineered packaging. The integrated monitoring system enables customers to conveniently access real-time performance data through their mobile devices.

The inverter performance and power generation have been consistently impressive, demonstrating high reliability and efficiency across diverse installations.

We also appreciate the dedicated support from the sales team, along with the proactive and dependable approach of the distributor network.

Overall, we are highly satisfied with Deye products and look forward to a long-term and mutually beneficial association.

Sustainable Himalayas Infrastructure Solutions, Dehradun, Uttarakhand

We are happy to be associated with DEYE India for the past several years. The continuous support from their technical and sales teams has been outstanding and very helpful for partners like us.

At CG Solar, Raipur (C.G), we have installed multiple On-Grid, Hybrid, and Micro inverters, and the performance has been excellent. Our customers trust the quality and reliability of DEYE products.

Looking forward to many more years of successful partnership with the DEYE team. 🤝

Latish Jumnani CG Solar, Raipur (C.G)

We have been associated with DEYE and the DEYE INDIA Team (Bharat Jee, Akshay Jee, Rakshanda Mam, Shivani Ma’am, Jaydeep Bhai, and Anil Jee) for more than five years, and we are genuinely pleased with the level of technical and sales team assistance we have received thus far as an authorized channel partner. We have sold and used nearly every DEYE product, including Ongrid, Hybrid, and Micro, and the majority of our clients are content.

The Deye product line is genuinely unrivalled, especially the HYBRID line, which gives us an advantage over rivals in the Indian market.

We anticipate an enduring, never ending long-term collaboration with DEYE🤝

Swapnil Jain – Partner, M P Engineering Solar/Minsun Renewable Solutions LLP (Madhya Pradesh)

We are an EPC company and dealers of solar panels, inverters, lithium batteries, and other solar products. Over the past two years, we have been purchasing Deye Hybrid Inverters, lithium batteries, and on-grid inverters from your company, and our experience has been very positive.

The Deye Hybrid Inverter has proven to be a reliable and advanced solution for solar energy systems. Its smart hybrid functionality, high efficiency, battery compatibility, and seamless integration with solar and grid power make it an excellent choice for modern solar installations. The inverter’s intelligent energy management, stable performance, and user-friendly monitoring features have helped us deliver efficient and dependable systems to our customers.

We have had a very good experience with the sales representative Mr. Akshay Jorwar, who has always been supportive, professional, and responsive in handling our requirements. We also appreciate the continuous support from the technical and backend team, especially Mr. Tanaji and Mr. Mohammed, who have been extremely helpful in providing timely technical feedback and assistance whenever required.

We are very thankful for the excellent service and cooperation we have received — from sales support to technical guidance. We look forward to continuing this strong and mutually beneficial relationship in the future.

Anil Kumar, Arka Solar Energies Unlimited, Pune

Zaragoza City Council Commissions 220 kW Solar Plant, Awards Rooftop PV Contract to Iberdrola Clientes

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4th April 2026

The Zaragoza City Council has commissioned a 220 kW self-consumption photovoltaic (PV) plant at the Valdespartera water reservoirs, marking a step forward in the city’s efforts to enhance energy self-sufficiency and optimize water infrastructure operations.

Located in Zaragoza, the installation has a peak capacity of 227.2 kWp and involves an investment of €379,894.49. The system comprises 568 modules rated at 400 Wp each, along with two 110 kW nominal inverters, protection systems, and electrical panels. The PV generator is mounted above the Valdespartera reservoir on prefabricated concrete supports, arranged in series, tilted at 10 degrees, and oriented दक्षिण for optimal solar exposure. The installation spans approximately 1,750 square meters.

The Valdespartera reservoirs are part of Zaragoza’s broader water distribution network, supplying key neighborhoods including Casablanca, Valdefierro, Miralbueno, Oliver, Delicias, Universidad, and Romareda. The system supports water supply operations across varying pressure levels, influenced by the city’s topography.

According to the city’s Water Cycle Technical Office, the project is expected to enable a shift in pumping operations from nighttime to daylight hours, leveraging solar generation to achieve near-total self-consumption and operational self-sufficiency.

In a parallel development, the Zaragoza City Council has awarded a combined electricity supply and public land concession contract to Iberdrola Clientes for the deployment of rooftop photovoltaic systems across 18 municipal buildings and pavilions. The installations will support the creation of self-consumption solar communities under a 15-year administrative concession.

The project will be fully financed by Iberdrola Clientes, with a total investment of €2,551,953. The systems are expected to generate a minimum of 1,406,035 kWh annually, with electricity primarily consumed by the municipal buildings at a unit cost of €0.0648/kWh (excluding VAT). Surplus energy will be made available to nearby households and businesses, enabling them to participate as secondary consumers in the local energy ecosystem.

Island Green Power’s 500 MW East Pye Solar Project Accepted for Examination by UK Planning Inspectorate

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4th April 2026

Island Green Power has announced that the Planning Inspectorate has accepted its Development Consent Order (DCO) application for the East Pye Solar project for examination.

The proposed project, located in South Norfolk, is designed as a large-scale solar photovoltaic and battery energy storage development with a planned capacity of up to 500 MW. Once operational, the project is expected to generate sufficient clean electricity to power approximately 115,000 homes annually.

With the application now accepted, the project will progress into the pre-examination phase, which will be followed by a formal examination process as part of the UK’s nationally significant infrastructure project (NSIP) framework.

Commenting on the development, Samantha Jones, Project Development Manager at Island Green Power, stated that the acceptance marks a significant milestone for the East Pye Solar project. She highlighted that the progress reflects extensive work undertaken so far, including engagement with local communities and key stakeholders.

The company indicated that it will continue stakeholder consultations as the project advances through the examination stages.

Nippon Benex Launches 4.2 MW Rooftop Solar Power Plant at MFLP Zama

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4th April 2026

Nippon Benex Co., Ltd. has officially commenced operation of its latest solar power project, “Benex Zama Solar Port,” a 4.2 MW rooftop solar power plant installed on the roof of Mitsui Fudosan Logistics Park (MFLP) Zama, a logistics facility developed by Mitsui Fudosan Co., Ltd.

The power plant features 7,046 solar cell modules, generating an estimated 4.31 million kWh annually, which is sufficient to meet the electricity needs of approximately 1,436 average households. The electricity produced will primarily be used onsite under an on-site PPA model, with surplus power sold externally through the Feed-in Premium (FIP) system.

With this addition, Nippon Benex’s portfolio of FIP solar power plants has reached a total capacity of 60 MW, and the company now operates 56 solar power plants across Japan, totaling 81.2 MW. Of these, 39 are rooftop installations on logistics facilities with a combined output of 72.2 MW, and 31 are FIP solar power plants totaling 60.2 MW.

Benex Zama Solar Port – Key Details:

Power Plant Name: Benex Zama Solar Port
Owner: Nippon Benex Co., Ltd.
Location: Zama City, Kanagawa Prefecture
Output: 4,192.3 kW (DC)
Annual Estimated Generation: 4,308,000 kWh (~1,436 households)
Panel Manufacturer: Tint Solar
PCS Manufacturer: SUNGROW
FIP Operation Start Date: April 2, 2026

Through the continued development and operation of rooftop solar facilities, Nippon Benex aims to contribute to the expansion of renewable energy adoption in Japan.

US Utility-Scale Solar Developers Rush To Safe Harbor Massive Capacity Ahead Of Internal Revenue Service (IRS) And Policy Deadlines

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3rd April 2026

The US utility-scale solar sector has gone through an extraordinary period of “safe harboring” activity over the past 18 months, as developers worked urgently to secure key tax incentives before several regulatory deadlines arrived. This rush was driven largely by the provisions of the Inflation Reduction Act (IRA) and later by President Donald Trump’s One Big Beautiful Bill Act (OBBBA), signed on July 4, 2025. The new legislation granted developers one additional year to begin construction and safe harbor their projects, allowing up to four calendar years to complete them while still qualifying for the 30% Investment Tax Credit (ITC).

According to new analysis from Wood Mackenzie, developers are expected to safe harbor between 216 and 240 GWdc of solar capacity between mid-2024 and the July 4, 2026 deadline. This is an unprecedented volume—enough to meet projected US solar installations through the end of the decade. Their latest insight, The state of safe harboring: A strategic outlook for US utility-scale solar development, available through Wood Mackenzie Lens Power & Renewables, explores the motivations behind this surge and how it is reshaping the market.

A major driver behind the rush was the need to secure tax credit eligibility under strict Internal Revenue Service (IRS) rules. Safe harboring gives developers four years to finish construction if they meet the required criteria, but additional deadlines made compliance more difficult. One key turning point came in mid-August 2025, when an IRS notice eliminated the use of the Five Percent Safe Harbor method for projects larger than 1.5 MW AC after September 2, 2025. This forced many developers to switch to the Physical Work Test, which requires evidence of continuous construction and often involves purchasing custom transformer equipment instead of standard modules.

A second and even more significant challenge emerged on January 1, 2026, when new foreign entity of concern (FEOC) restrictions took effect. Developers entered this period with considerable uncertainty, as preliminary guidance from the Treasury and IRS did not arrive until February 2026, and further clarification is still expected. Yet most developers managed to safe harbor their targeted capacity before this deadline, largely because they had already anticipated complications and began preparations early in 2024. However, safe harboring does not automatically guarantee a project will qualify for tax credits. Projects that used the Five Percent method may lose eligibility if equipment does not arrive within the 105-day delivery window or if rising costs cause their initial spend to fall below the 5% threshold.

Projects relying on the Physical Work Test could become ineligible if they cannot demonstrate continuous construction. Additionally, any project safe harbored after January 1, 2026 risks disqualification if it fails to meet FEOC requirements. As the July 4, 2026 deadline approaches, the likelihood of delays increases. Utility-scale solar projects frequently face slowdowns tied to financing issues, difficulties obtaining high-voltage transformers (which currently have lead times of two to four years), and bottlenecks in interconnection studies and upgrades. For these reasons, the total safe-harbored capacity may ultimately fall slightly short of current estimates.

Projects that begin construction after July 2026 face even greater challenges. They can still qualify for the ITC if they enter service by December 31, 2027, but completing the entire development cycle in only 18 months is highly unrealistic. Utility-scale solar typically requires three or more years from early planning to commercial operation, and late-starting developers will struggle with equipment shortages, constrained labor availability, and interconnection delays. Module supply may also tighten by late 2026 as the industry adapts to FEOC limitations and potential new tariffs related to the AD/CVD investigation into solar cells from India, Indonesia and Laos, as well as the Section 232 inquiry into polysilicon and related products.

Given these constraints, developers beginning construction after mid-2026 are unlikely to rely on the ITC unless their projects are already substantially advanced in permitting, engineering, procurement and interconnection. Despite these obstacles, utility-scale solar development in the US will continue to expand even after the ITC no longer plays a central role. The surge in safe harboring during 2025–2026 highlights how important credit remains for project economics, but long-term fundamentals—rising electricity demand and the need for large amounts of new generation—ensure the sector remains structurally strong well beyond 2030.

As tax incentives diminish, the industry will shift into a phase where projects must increasingly succeed on their own economic strength. This transition is expected to benefit larger, well-capitalized developers with strong procurement capabilities and established supplier networks, while smaller developers may face more limited opportunities and increasing consolidation within the market.

Barro Alto Solar Complex Expands Its Capacity And Strengthens Renewable Generation In Brazil’s Electricity Sector

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3rd April 2026

Photovoltaic energy in Brazil has gained new momentum with the start of operations at the Barro Alto Solar Complex, located in the municipality of Vila Propício. In March, the final two plants of the project—UFV Barro Alto I and UFV Barro Alto VI—entered commercial operation, increasing the contribution of solar power to the Brazilian Electrical System and supporting the country’s ongoing shift toward cleaner energy sources. The complex forms part of the investment portfolio of the New Growth Acceleration Program (Novo PAC), underscoring Brazil’s commitment to expanding its renewable energy capacity and ensuring an energy matrix that is increasingly clean and sustainable.

With an estimated investment of R$ 1.6 million, the Barro Alto Solar Complex is made up of seven solar power plants, which together comprise 1,218 generating units and deliver an installed capacity of 350 MW. Large-scale projects like this require significant workforce support, and it is estimated that more than 16,000 direct and indirect jobs are necessary for their successful implementation. To integrate the complex into the national electricity network, a dedicated collector substation has been constructed next to the solar plants, along with a 230 kV single-circuit transmission line approximately 13 km in length.

This line will connect the complex to the basic network of the National Interconnected System (SIN), linking at the 230 kV busbar of the Barro Alto Substation. Environmental licensing for the entire development was carried out by the Goiás State Secretariat for the Environment and Sustainable Development (SEMAD), the authority responsible for ensuring that the project meets all environmental compliance requirements. Through this process, the complex has advanced with the necessary oversight to ensure both environmental responsibility and long-term energy sustainability

Morro do Chapéu Project Reaches Key Milestone As 500 kV Medeiros Neto II–João Neiva 2 Line Begins Operation

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3rd April 2026

The Morro do Chapéu Project has reached an important milestone in its mission to strengthen Brazil’s National Interconnected System (SIN) and support the growth of renewable energy in the northern and northeastern regions of the country. This progress comes with the start of operations of the 500 kV Medeiros Neto II – João Neiva 2 C1 Transmission Line, a new infrastructure segment that stretches 283 km and represents an investment of about R$ 480 million. Its completion marks the final stage of the installations planned for Lot 2 of Transmission Auction No. 1/2020.

The transmission works in this lot were designed to handle the increasing flow of electricity being generated in the region, particularly from new wind and solar power plants. As renewable capacity continues to expand, the transmission system must be upgraded to carry this additional energy safely and efficiently. This new structure also plays a key role in improving the reliability of the electricity supply and reducing the chances of voltage instability or emergency load reductions in southern Bahia during unexpected events.

Overall, the Morro do Chapéu Project includes four major transmission lines totaling 1,061 km, along with a new substation offering an extra 300 MVA of capacity and the installation of a synchronous compensator to support system stability. These developments are spread across the states of Bahia, Minas Gerais, and Espírito Santo, and form part of the broader investment commitments under the New Growth Acceleration Program (Novo PAC), which allocates approximately R$ 2 billion to this set of projects.

The newly completed 500 kV line links the Medeiros Neto II substation in Bahia to the João Neiva 2 substation in Espírito Santo, creating a stronger and more resilient transmission corridor between the regions. With this connection now in operation, Brazil’s electricity grid gains greater stability and better conditions to support sustainable growth, ensuring that the expanding renewable energy sector can continue to integrate smoothly into the national system.

Sonaura To Supply Albéa’s Scheßlitz Factory With Long-Term Solar Power Through New Private-Wire PPA

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3rd April 2026

Private-wire renewable energy company Sonaura has entered into a long-term private wire Power Purchase Agreement (PPA) to deliver solar power directly to Albéa. The agreement is designed to give Albéa reliable access to clean energy while helping the company avoid the risks of fluctuating electricity prices.

Through this PPA, Sonaura will build and operate a customised private-wire solar project near Albéa’s factory in Scheßlitz. The setup will allow renewable electricity to flow straight from the solar site to the facility using a dedicated private cable, meaning the energy bypasses the public grid entirely. This direct connection enhances energy security and ensures Albéa receives stable, long-term renewable power.

The planned solar installation will have a capacity of 4.2MWp and will be constructed on land classified as “privileged” under planning rules in Germany. Such land is typically located close to major infrastructure—within 200 metres of motorways or railway lines—where ground-mounted solar systems are permitted under specific regulations. These conditions often enable faster approvals and smoother development, helping projects move forward more efficiently.

According to Sonaura’s CEO Ed Pateman-Jones, the agreement ensures Albéa can benefit from cost-effective renewable energy while gaining greater independence from volatile market prices. He emphasised that fixed-price PPAs are becoming increasingly important for European industries facing ongoing energy uncertainty. He also noted that Sonaura’s private-wire approach offers companies a reliable and resilient energy supply at a time when energy security has become a major priority.

Sonaura, originally established in the UK, is expanding its presence across Europe, with its German project pipeline being managed by a dedicated team based in Berlin. Since its founding in 2024, the company has specialised in off-site private-wire renewable energy systems designed for industrial clients such as manufacturers, data centres, and businesses in the food, beverage, and cold-storage sectors. Its projects aim to provide long-term sustainability, protection from price swings, and increased energy independence.

Barbara de Saint Aubin, CEO of Albéa Tubes, said that the new solar project will help ensure the Scheßlitz factory can meet its energy needs well into the future. She highlighted that clean energy is becoming harder to secure due to limited grid capacity and growing market instability. According to her, Sonaura’s solution offers companies a smart and forward-thinking way to strengthen their energy supply. She added that Albéa looks forward to working closely with Sonaura’s team as the project moves into development.

Solarworld Energy Solutions Limited Secures 200 MW Solar BOS Contract and BESS EPC Orders from NTPC Renewable Energy Ltd

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3rd April 2026

Solarworld Energy Solutions Limited has been awarded a 200 MW AC balance-of-system (BOS) contract by NTPC Renewable Energy Ltd, a subsidiary of NTPC Green Energy Ltd, for a grid-connected solar PV project in Bikaner, Rajasthan.

The awarded capacity forms part of a larger 1 GW solar development project (2×300 MW and 2×200 MW blocks). Solarworld’s scope includes BOS execution along with three years of operation and maintenance (O&M) services. The contract is valued at approximately ₹267.53 crore, inclusive of taxes.

In addition to the solar project, Solarworld has also secured two Battery Energy Storage System (BESS) EPC contracts from NTPC Ltd. for installations at its thermal power stations.

The first contract involves a 50 MW / 100 MWh BESS project at the Feroze Gandhi Unchahar Thermal Power Station, with an order value of around ₹108.22 crore, excluding taxes. The project is expected to be completed within 15 months.

The second project entails the development of a 132 MW / 264 MWh BESS system at the Solapur Super Thermal Power Station. This contract is valued at approximately ₹314.26 crore, excluding taxes, and carries a similar 15-month execution timeline.

These project wins strengthen Solarworld’s position in both solar infrastructure and energy storage segments, aligning with India’s broader push toward grid stability and renewable energy integration.

Solar Tech Weekly: Lithium-Air Battery Breakthrough; Why DCDBs Matter and More…

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Sangita Shetty

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3rd April 2026

Lithium-Air Catalyst Breakthrough

A joint research team from KIST and IAE has moved lithium-air batteries closer to commercial reality with a new tungsten diselenide catalyst engineered using platinum substitution and selenium vacancies. By activating previously inactive regions of the material, the breakthrough improves key oxygen reactions, helping address long-standing challenges around efficiency, durability, and practical energy storage performance.

Why DCDBs Matter

DC distribution boxes are gaining attention as a critical component in utility-scale solar plants, supporting both safety and plant performance. By organizing and protecting DC power flows before inversion, DCDBs help reduce fault risks, simplify maintenance, and improve system reliability. Their role becomes even more important as larger solar installations demand tighter electrical control and protection.

Deye Wins Dual Certification

Deye’s residential energy storage system has achieved dual certification for ECHONET Lite and ECHONET Lite AIF, strengthening its smart home integration capabilities. The milestone supports smoother interoperability with Japan’s connected energy ecosystem, enabling better coordination between storage, PV, and home energy management systems while reinforcing product readiness for increasingly digital residential energy markets.

JA Solar’s C&I Microgrid Push

JA Solar is advancing grid-connected commercial and industrial microgrids with a hybrid architecture built to tackle outages, diesel dependence, and generation-demand mismatch. Its system supports AC and DC coupling, scalable PCS capacity up to 3 MW, and seamless transitions between grid-tied and islanded modes, helping businesses improve reliability, lower costs, and strengthen sustainability performance.

Fox ESS in Focus

Fox ESS is positioning high-voltage residential storage as a practical option for homes with heavy consumption, strong solar generation, and greater night-time electricity use. The company highlights improved storage efficiency and lower energy loss in HV setups, suggesting faster payback in the right use cases. The message is clear: better system matching matters as much as hardware.

Solar Route to Aviation Fuel

A solar-driven process that converts CO₂ into sustainable aviation fuel points to an exciting intersection of clean power, carbon utilization, and hard-to-abate transport decarbonisation. The innovation shows how solar energy can move beyond electricity generation into fuel synthesis, opening a path for lower-emission aviation while expanding the future role of renewable-powered industrial chemistry.

AIKO Rolls Out INFINITE BC

AIKO has launched its INFINITE BC technology globally, aiming to set a new benchmark in module design and performance. The series increases light-receiving area by eliminating inter-cell gaps and hiding busbars, delivering higher output versus TOPCon and earlier ABC modules. It also improves shaded performance, reinforcing the industry’s growing focus on smarter high-efficiency architectures.

TOPCon Oxide Layer Explained

Ultra-thin oxide layers are central to improving carrier selectivity in TOPCon cells, making them a critical feature in high-efficiency solar design. These layers help guide charge transport while reducing recombination losses, supporting better electrical performance. As TOPCon continues gaining market share, material engineering at this microscopic level is becoming increasingly decisive for efficiency gains.

Hybrid Solar Goes Mainstream

Hybrid solar systems are gaining popularity worldwide as users seek protection from grid instability, outages, and rising electricity costs. With battery technology and inverter capabilities improving, hybrid setups are becoming more attractive across residential, commercial, and industrial markets. The shift reflects growing demand for energy independence, resilience, and smarter distributed energy management.

Solar Fuse Safety Role

Solar fuses remain a small but essential element in photovoltaic systems, delivering safe and reliable overcurrent protection across DC circuits. Their importance rises with system size and complexity, where fault isolation and equipment protection directly affect uptime and safety. As PV installations scale globally, attention to foundational balance-of-system components is becoming increasingly important.

Hopewind Opens Hungary Hub

Hopewind has inaugurated its European hub in Fót, Hungary, combining manufacturing, inventory, and local service support in one ecosystem. The site is designed to deliver faster installation support, troubleshooting, and maintenance, helping the company move closer to customers. The first wind converter rollout from the hub also signals a deeper long-term commitment to Europe’s renewable market.

2D Solar on Any Surface

New 2D materials are enabling high-efficiency solar cells that are flexible, lightweight, and semi-transparent enough for use on a wide range of surfaces. Researchers used stacked microscopic material fragments within transparent bubbles to improve light absorption and performance. The development could expand solar adoption in dense urban settings where conventional rigid panels are harder to deploy.

Alishan’s Materials Strategy

Alishan Green Energy is focusing on advanced encapsulants and backsheets to improve solar module strength, reliability, and manufacturability. With 8 GW encapsulant capacity and 3 GW backsheet capacity, the company is scaling materials that support better module protection and production efficiency. The story highlights how materials innovation remains a major lever in solar technology advancement.

Leapting Raises Growth Capital

Leapting has secured more than 100 million yuan in Pre-Series B funding, strengthening its position in PV energy intelligent robotics. Backed by investors including major solar and new energy players, the financing is expected to support research and development, overseas expansion, and supply chain integration. It reflects rising confidence in automation’s role across solar manufacturing.

INOX Air Products Private Limited Commissions UHP Liquid Oxygen Plant in Tamil Nadu to Boost Solar and Semiconductor Manufacturing

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3rd April 2026

INOX Air Products Private Limited (INOXAP) has commissioned an Ultra-High Purity (UHP) Liquid Oxygen plant in Hosur, marking a key development in strengthening India’s solar and semiconductor manufacturing ecosystem.

The facility is designed to produce 6N grade (99.9999% purity) liquid oxygen, with a production capacity of 17 tonnes per day (TPD). This level of purity is critical for precision-driven applications in advanced industries such as solar cell and semiconductor manufacturing.

Strategically located in Hosur, a prominent industrial hub in South India, the plant is expected to serve emerging high-technology clusters with improved efficiency and reliability. The commissioning also represents a major step toward reducing India’s reliance on imports for ultra-high purity gases.

According to Siddharth Jain, the initiative aligns with the company’s vision of supporting India’s technological self-reliance by building domestic capabilities for future-focused industries. He noted that the facility will help ensure the availability of critical inputs required for high-end manufacturing sectors.

The development is particularly significant as Ultra-High Purity Liquid Oxygen was previously imported to meet domestic demand. With local production now in place, manufacturers are expected to benefit from reduced lead times, lower exposure to global supply chain disruptions, and improved operational continuity.

The plant underscores INOXAP’s strategic focus on investing in advanced industrial infrastructure to support India’s clean energy and electronics manufacturing ambitions, particularly in the rapidly growing solar sector.

Solar Stewardship Initiative and Initiative for Responsible Mining Assurance Sign MoU to Strengthen Responsible Mineral Sourcing in Solar Sector

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3rd April 2026

The Solar Stewardship Initiative (SSI) and the Initiative for Responsible Mining Assurance (IRMA) have entered into a Memorandum of Understanding (MoU) to enhance cooperation on responsible mineral sourcing, supply chain transparency, and protection of human and workers’ rights across the solar value chain.

The partnership aims to address sustainability challenges spanning from mining activities to solar module manufacturing, aligning with the broader goal of ensuring a just and ethical energy transition. Both organisations emphasized that the rapid expansion of renewable energy must be supported by strong environmental and social governance standards.

Under the agreement, SSI and IRMA will collaborate on improving traceability of critical minerals used in solar technologies, conducting joint capacity-building initiatives for supply chain stakeholders, and exploring frameworks to integrate credible mining assurance mechanisms into solar supply chains. The initiative is expected to strengthen upstream transparency and enable scalable traceable material flows over time.

The collaboration also responds to increasing regulatory requirements and growing expectations from investors, consumers, and civil society for greater accountability and coordination across sustainability assurance systems.

Rachel Owens stated that the partnership represents a significant step toward reinforcing sustainability standards while fostering collaboration among industry stakeholders and civil society to promote ethical practices in both mining and solar industries.

Aimee Boulanger highlighted that the initiative will help improve mineral extraction practices while supporting the solar sector’s role in advancing a low-carbon future, ensuring responsible practices throughout the entire production cycle.

The agreement marks a strategic move to align mining and renewable energy sectors, strengthening transparency and accountability as global demand for solar technologies continues to rise.

ScottishPower Partners With Fort, Seafield and Wallacetown Community Association To Install Solar Panels For A Long-Term Community Fund

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3rd April 2026

Scottish home-grown energy is taking on a new meaning in Wallacetown, where ScottishPower—a subsidiary of the Iberdrola Group—has partnered with the Fort, Seafield and Wallacetown Community Association to install community-owned solar panels that will generate clean energy and long-term financial support for local residents. The aim is simple but powerful: create a self-sustaining community fund that will reinvest every pound earned back into the area for decades to come.

Solar panels have now been installed on Wallacetown Early Years Centre, St John’s Primary and Newton Primary, forming a renewable energy system owned entirely by the community. The electricity generated will be sold, and the revenue—estimated at around £1 million over the next 25 years—will go directly toward improving local facilities, supporting youth services, assisting families and helping tackle long-standing fuel poverty challenges. Wallacetown, which ranks among Scotland’s most disadvantaged areas according to the Scottish Index of Multiple Deprivation, now has a reliable and sustainable way to bring new resources into the neighbourhood.

This initiative was developed in partnership with South Ayrshire Council and has been supported financially through a £216,000 contribution from ScottishPower’s Transmission Net Zero Fund, alongside funding from the Scottish Government’s Community Energy Generation Growth Fund. Together, these contributions helped transform a community ambition into a practical project with long-term impact.

Alan Roseweir of the Fort, Seafield and Wallacetown Community Association said the project represents a turning point for the area, emphasizing that despite years of challenges, the community’s determination has remained strong. He reflected on how local ownership of clean energy can reshape what’s possible and hoped the project would encourage other communities across Scotland to pursue similar ideas.

The Scottish Government also welcomed the achievement. Gillian Martin highlighted the importance of community-led energy solutions in Scotland’s transition to net zero. She noted that empowering local groups to produce their own energy not only reduces emissions and costs but also builds resilience and strengthens communities from within.

From the perspective of the energy sector, Stuart McMillan, Ayrshire District General Manager at SP Energy Networks, said the project shows how communities can take an active role in Scotland’s clean energy transition. He pointed out that Wallacetown’s model demonstrates how renewable energy can create both environmental and social benefits, particularly in areas where investment is needed most.

The project was officially launched on 25 February at Riverside Church in Ayr, where residents, students and community leaders gathered alongside the Cabinet Secretary to celebrate the milestone. Councillor Chris Cullen from South Ayrshire Council noted that the estimated £1 million in revenue will provide a major boost, bringing many community-led projects to life over the coming decades.

By combining clean energy generation with community ownership, Wallacetown is setting an inspiring example for how Scotland’s transition to net zero can be fair, inclusive and shaped by local priorities. This community-driven model shows how renewable energy can fuel more than just the grid—it can fuel opportunity, resilience and long-term positive change.

DEWA Approves AED3.1 Billion Dividend Amid Rising Power Demand and Clean Energy Expansion

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3rd April 2026