The Solar Product Registry Set to Boost Solar Deployment

Volexion, a battery materials company supercharging lithium‑ion performance with graphene‑coated cathode active materials (CAM), announced it has shipped its first product samples to tier‑one manufacturers worldwide. Initial recipients include leading automotive OEMs, top global cell producers, and U.S. specialty energy‑storage developers, with additional shipments already underway.

Why It Matters

Inside every battery, cathode active materials are in constant motion. Ions shuttle back and forth, particles expand and contract, and surfaces react with electrolytes. Over time, like moving parts in any machine, that natural interaction degrades performance.

Volexion’s graphene coating protects CAMs from this degradation, enabling batteries that last longer, charge faster, and deliver higher energy density, without retooling factories or disrupting supply chains. The technology works across established and emerging chemistries, including NMC, LFP, lithium-manganese-rich (LMR), LMFP, and LNMO, ultimately bringing graphene’s long-promised benefits to scale.

“Every lithium‑ion battery is fighting a slow battle against its own chemistry; cathode materials wear down as they work,” said Joseph X. Adiletta, CEO of Volexion. “Our graphene coating shields those materials from that breakdown. It’s a drop‑in solution that extends life, boosts performance, and enables next‑generation chemistries without costly retooling.”

Close to a dozen early adopters across the supply chain are already evaluating early shipments. This list includes global materials producers, cell developers, and OEMs, among others. Volexion will partner with customers to apply the coatings, ultimately shipping larger quantities of graphene for scaled deployment over the next several years, according to customer timelines. Volexion uses commercially available off-the-shelf equipment, streamlining and de-risking scalability.

“This is a crucial milestone in our scale‑up journey,” said Damien Despinoy, Volexion's president and chief operating officer. “Our customers’ increasing demand for scalable solutions for current and next-generation battery problems has driven deliveries across geographies, chemistries, and applications. This is just the beginning — and, with an easily scaled solution, we are ready to go.”

Volexion’s graphene encapsulation platform is chemistry‑agnostic and manufacturing‑compatible, positioning it as a critical enabler for the next era of battery innovation, from electric vehicles to portable electronics, grid storage to data centers, and drones to defense.

Volexion | www.volexion-inc.com

TGS, a global leader in energy data and intelligence, is pleased to continue its collaboration with Equinor by providing the Prediktor Data Gateway solution for the Empire Wind offshore wind project. This contract underscores TGS’ commitment to delivering strong digital solutions that enhance operational efficiency and data security in renewable energy.  

Empire Wind 1, located off the coast of New York, in the U.S., will have a total installed capacity of 810 MW, providing clean energy to approximately 500,000 homes. To support this large-scale development, Prediktor Data Gateway will deliver data management services to support standardisation, security and efficient handling of data. 
  
Already deployed in major offshore wind projects such as Dogger Bank, Prediktor Data Gateway enables seamless data integration across assets, streamlining operations and maintenance (O&M) applications while allowing operators to scale their digital infrastructure efficiently. 

Will Ashby, Executive Vice President of New Energy Solutions at TGS, stated “Our continued deliveries to Equinor highlights the growing importance of digital solutions in optimizing offshore wind operations. As the offshore wind sector continues to expand, reliable and secure data management remains essential for optimizing performance and maximizing asset and production value. Through cutting-edge digitalization solutions, TGS is at the forefront of supporting the global energy needs.” 

To learn more about Prediktor Data Gateway or speak to a specialist, visit: https://www.tgs.com/digital/data-gateway   

TGS | www.tgs.com 

Gridmatic, a leading AI-enabled power marketer, today announced the launch of the Gridmatic AI Load Optimizer, giving large energy consumers access to industry-leading forecasting and automation to strategically manage their energy use.

For large energy consumers, energy costs can be one of the biggest components of overhead and can determine profitability. By applying advanced AI to energy market participation, Gridmatic enables customers to turn operational flexibility into a powerful lever for cost control and competitive advantage in today’s increasingly volatile grid environment. Gridmatic’s AI Load Optimizer enables large consumers to reduce energy costs by greater than 5%.

The platform is launching in collaboration with Vega Energy Advisors, a versatile energy consultancy specializing in the bitcoin mining sector. Vega offers a full spectrum of services tailored to flexible load customers, including not only retail energy strategy but also 4CP management, demand response program design, and operational optimization. Their deep expertise across market-facing and operational domains positions them as a key partner for businesses seeking to extract more value from the ERCOT market.

Among the first to adopt the solution is Data Factory, a high-efficiency bitcoin mining and data center operator based in Texas.

“Working with Gridmatic has allowed us to unlock new value from our operations with almost zero lift from our team,” said Guillaume Goualard, COO and Co-Founder of Data Factory. “The AI Load Optimizer unlocks hidden value by monetizing flexibility that would otherwise go untapped.”

“Monetizing the Day-Ahead vs. Real-Time energy spread is a game-changer for us,” said Scooter Womack, Founder and Managing Partner of Vega Energy Advisors. “It enables us to provide a differentiated offering to our customers beyond standard energy contracts. Everyone wins.”

At the core of the Load Optimizer is Gridmatic’s proprietary forecasting engine, ERCOT’s top performer for day-ahead price accuracy. For the first time, customers with flexible loads can intelligently and automatically participate in ERCOT market opportunities, including Day-Ahead Market (DAM) trading and Emergency Response Service (ERS), as well as other emerging grid programs. Gridmatic’s platform is built to adapt alongside evolving market structures as part of a broader strategy to maximize value from load flexibility.

“We designed the AI Load Optimizer to be a one-stop solution for large energy users with flexible loads,” said Jackson Vo, President Retail at Gridmatic. “Together, these programs offer a comprehensive strategy for managing energy costs and capturing new sources of value with minimal operational effort. Customers don’t need to change their operations; just define their parameters and we take care of the rest.”

Gridmatic manages the full process: forecasting, bid submission, settlement, compliance, and reporting, requiring minimal inputs from the customer. Revenue share models are flexible and can include options with no downside exposure.

Gridmatic’s Load Optimizer is available now to retail customers in ERCOT and supports automated participation in Day-Ahead Market (DAM) trading, which captures upside from price volatility without physical curtailment; Emergency Response Service (ERS), which offers compensation for availability during grid emergencies; and additional grid services as they become available.

Gridmatic | https://www.gridmatic.com/

Vega Energy Advisors | https://www.vegaenergyadvisors.com/

Black & Veatch, a global leader in human critical infrastructure, has successfully delivered the Philippines’ first megawatt-scale floating solar photovoltaic (PV) facility, marking a milestone in renewable energy innovation and sustainable mining practices. Commissioned by Carmen Copper Corporation, the 3-hectare floating solar array on Malubog Reservoir features 8,540 solar panels generating up to 4.99 megawatts (MW) of clean energy — enough to meet 10% of the mine’s power needs, the first step to meeting the Philippines Department of Energy goals of 35% by 2030. The project is designed to scale up to 50 MW, with the potential to fully power Carmen Copper’s operations with renewable energy.

“This project exemplifies how engineering excellence and environmental stewardship can converge to deliver transformative infrastructure,” said Jerin Raj, Asia Pacific managing director for Black & Veatch. “Our engineering, procurement and construction professionals worked alongside the Carmen Copper team to complete this project on time and on budget in just 15 months, with more than 250,000 man-hours without lost time due to injury. We are incredibly proud of our team that delivered this first-of-a-kind facility in the Philippines.”

Built by a proven EPC leader

Black & Veatch served as the EPC contractor — a role that encompasses engineering, procurement and construction — managing every phase from design and sourcing to installation and commissioning. As a trusted EPC partner, Black & Veatch brings more than 100 years of experience managing large, complex infrastructure projects across energy, water, telecommunications and AI data center sectors.

“This initiative reflects Carmen Copper’s commitment to responsible mining and environmental stewardship, while aligning with the Department of Energy’s target to have renewable energy account for at least half of the country’s total power capacity by 2040,” said Atty. Axel G. Tumulak, Carmen Copper Head of Legal, Compliance, and Corporate Governance. Carmen Copper is a wholly owned subsidiary of Atlas Consolidated Mining and Development Corporation.

A model for sustainable mining

Floating solar — also known as floatovoltaics — offers a compelling solution for land-constrained regions. By utilizing water surfaces, it improves panel efficiency through natural cooling and reduces water evaporation. This project sets a benchmark for replicable, scalable renewable energy solutions in mining and other industrial sectors.

Using solar panels fixed at a constant tilt angle, the power from the sun will prove invaluable during peak energy hours, paring dependence on fossil fuels while underscoring Carmen Copper’s desire to meet environmental compliance standards and achieve its own goals to be more energy responsible.

Black & Veatch | https://www.bv.com/en-US

Carbon DC, a leader in DC-based grid and EV charging systems, announced the acquisition of Elywhere North America (Elywhere NA), the North American operation of Norwegian EV charging technology innovator Elywhere AS. This strategic merger positions Carbon DC to rapidly expand its energy optimization solutions across North America while addressing critical electrification challenges in multi-unit buildings and hotels.

Carbon DC will benefit from Elywhere AS’s extensive experience deploying battery-assisted fast charging solutions across Europe, bringing proven deployment strategies and operational expertise to the North American market. Carbon DC will operate under the Carbon DC brand, with operations in Vancouver, BC, Canada, and Portland, Oregon, USA.

"This strategic move will allow us to focus on solving a major electrical infrastructure problem for customers with assets exposed to rapid electrification," said Erlend Wilhelmsen, who will continue as CEO of the combined company. "Elywhere's successful track record in Europe, particularly in demanding locations with limited grid capacity, provides us with valuable insights as we scale our solutions across North America."

The combined company will leverage Carbon DC's energy optimization software to enhance deployment strategies refined through Elywhere's European operations. This integration eliminates costly electrical service upgrades while providing faster and more reliable EV charging for multi-unit buildings.

"Large residential buildings need stable and scalable EV charging solutions. Without battery systems for load management and time shifting, existing buildings' AC infrastructure simply cannot support growing demand," said Erlend Wilhelmsen. "Our DC-based approach delivers faster charging while protecting the building’s electrical systems. We believe that within 10 years, DC electrical infrastructure will be common in most new buildings as properties, vehicles, and more efficient heating and cooling systems are developed and integrated with batteries and connected to both traditional grid and renewable energy such as solar."

The transaction accelerates Carbon DC's growth trajectory, focusing on the residential and mixed-use commercial real estate sector. The merger will enable Carbon DC to apply lessons learned from Elywhere's European installations to similar grid-constrained environments in North America.

The acquisition was completed as of June 30, 2025. Financial terms were not disclosed.

Carbon DC | www.carbondc.io

Elywhere North America | www.elywhere.com

Calibrant, a leading provider of on-site energy solutions for large power users, has energized and begun generating Value of Distributed Energy Resources (VDER) credits from three front-of-the-meter battery energy storage systems in New York. Located across Westchester County, these systems utilize U.S.-manufactured battery systems to deliver a combined 13.5 MW / 55.7 MWh of dispatchable capacity to the Con Edison electric grid.

The Westchester portfolio plays an important role in stabilizing the grid, especially during peak summer demand—when electricity is most expensive and grid reliability is critical. In exchange for providing power when the grid needs it most and helping to reduce the need for costly new infrastructure, these projects are compensated through VDER bill credits that offset utility bills.

Unlocking Value for Corporate Customers

The Westchester systems showcase a novel commercial approach that enables large commercial and industrial customers to enjoy the financial benefits of distributed energy—without requiring them to host any infrastructure on-site. Calibrant secured 100% of the off-take through direct agreements with C&I customers, creating a pathway for large energy users to benefit from New York’s VDER program. Contracted off-takers include CoreSite—a major data center operator—and a large hospital institution.

This model delivers meaningful bill savings and proves especially valuable for organizations with space constraints or permitting challenges that would otherwise prevent on-site energy deployment.

“CoreSite is pleased to collaborate with Calibrant through a long-term energy agreement that supports our energy management objectives while enhancing the reliability of the local electric grid serving our data centers in the New York area,” said Ben Garrard, Vice President of Power and Energy Management at CoreSite.

“We’re proud to be a trusted partner in New York, delivering flexible grid assets that strengthen local communities,” said Phil Martin, CEO at Calibrant. “Limited physical space at some customer sites can make on-site energy solution infeasible. In this case, we delivered an off-site configuration that still drives meaningful savings—a testament to our ability to find and deliver significant value, no matter the circumstances.”

The three battery systems were originally developed by New Leaf Energy and are fully owned and operated by Calibrant.

Supporting New York Communities

Beyond providing grid reliability and cost savings, these projects create long-term economic value for the communities in which they are located. Each project site owner receives 20-year annual lease payments, turning underutilized land into a stable income stream. The battery systems also contribute local taxes, supporting municipal budgets and essential public services.

The Westchester portfolio supports the State of New York’s goal of deploying 6 GW of energy storage by 2030 and underscores Calibrant’s leadership in deploying scalable, high-impact clean energy infrastructure in complex markets. The projects were made possible in part by support from NYSERDA’s Retail Storage Incentive program and the Westchester County and Mount Pleasant Industrial Development Agencies.

Calibrant Energy | https://www.calibrantenergy.com/

CoreSite | https://www.coresite.com/

Arevon Energy, Inc., a leading American energy developer, owner, and operator, hosted a ribbon-cutting ceremony to celebrate the completion of the company's Eland Solar-plus-Storage Project, which is now fully operational. Arevon's two-phase Eland project, sited near Mojave in Kern County, is one of the nation's largest solar-plus-storage facilities, with total capital costs of more than $2 billion. Combined, the Eland 1 & 2 projects will be able to power more than 266,000 homes annually, and overall, can provide 7% of the total electricity requirements for the city of Los Angeles.

Arevon developed and will own and operate the Eland Solar-plus-Storage Project, which has a total nameplate capacity of 758 megawatts (MWdc) of solar paired with 300 MW/1,200 megawatt hours of energy storage. Eland 1 reached commercial operation at the end of 2024, and Eland 2 recently commenced full operation — together, the two phases comprise 1.36 million solar panels and 172 lithium iron phosphate batteries (LFP). The batteries, which were manufactured locally in Lathrop, California, efficiently and quickly discharge power during times of peak demand, strengthening California's energy security, especially in the face of extreme heat, brownouts, and blackouts. LFP battery technology also offers enhanced safety compared to traditional lithium-ion batteries. In commercial use since 2019, LFP batteries have had no reported fire incidents, making them the reliable and secure choice for utility-scale storage. Cumulatively, Eland 1 & 2 generated approximately 1,000 jobs to construct the facility, and the project is expected to disburse more than $36 million in local government payments throughout its lifetime, which can support schools, public services, and necessary infrastructure enhancements.

Public officials, utility representatives, community leaders, and local stakeholders gathered to mark the project's operations at an on-site ribbon-cutting ceremony. Sharing remarks at the event were Mayor Karen Bass, City of Los Angeles; Trelynd Bradley, Deputy Director for Innovation and Emerging Technologies at the California Governor's Office of Business and Economic Development (GO-Biz); Janisse Quiñones, Chief Executive Officer and Chief Engineer at Los Angeles Department of Water and Power (LADWP); Daniel E. Garcia, Executive Director at Southern California Public Power Authority (SCPPA); Scott Mellon, General Manager at Glendale Water and Power (GWP); Chris Hannan, President at the State Building and Construction Trades Council of California; Lorelei Oviatt, AICP, Director at Kern County Planning and Natural Resources, and Justin Johnson, Chief Operating Officer at Arevon. Kevin Smith, Chief Executive Officer at Arevon, served as the event's master of ceremonies.

California is on track to achieve 100% clean energy by 2035, with 57% of the state's electricity already coming from renewable resources. Arevon's Eland project further advances California's renewable energy goals, particularly as the state works to phase out other technologies. 

"We are building a greener Los Angeles. The Eland Solar-plus-Storage Project alone will generate enough power to serve more than 266,000 homes in Los Angeles and push the city's clean energy share above 60 percent, a major milestone in L.A.'s transition to being powered by 100% clean energy by 2035," Mayor Bass said. "This is L.A.'s clean energy future — I want to thank LADWP, Arevon, and all of the partners who made this occasion possible."

"Bringing Eland Solar-plus-Storage online is a defining achievement for Arevon. Not only is Eland the largest project in our portfolio, but it also delivers reliable and affordable energy at scale and reflects our team's leadership in advancing California's renewables-forward future," Smith said. "Strong collaboration among the project's landowners and community members as well as our power offtake and financing partners was essential in getting us to this moment. We are pleased to deliver homegrown, stable, and secure power to Los Angelenos and contribute to the state's renewable energy goals — all the while supporting local communities and investing in long-term sustainability."

The energy generated and stored by Eland is under long-term agreements with SCPPA, who delivers it to its members, LADWP and GWP.

"This celebration marks a critical step toward LADWP's accelerated goal of 100% clean energy by 2035," Quiñones said. "The Eland project represents what we need to achieve this objective — scale, energy storage, reliability, and innovation — while demonstrating what is possible when public and private sectors partner to benefit our city and the environment."

"Eland is a game-changer for Glendale. It's not just about clean energy — it's about building a smarter, more resilient power grid that meets the moment. With cutting-edge solar and storage in one of the biggest projects of its kind, we're locking in affordable, 100% carbon-free energy for our community and setting the pace for what a modern utility should look like," Mellon said.

"The Eland project exemplifies what's possible when public power agencies and innovative private partners work together to deliver transformative energy solutions. This milestone is not just about megawatts, it's about building a more sustainable, reliable future for the communities and members we serve," Garcia said.

To date — and this is just the beginning — Arevon has contributed to several community-centered initiatives in the Eland Solar-plus-Storage project area. As the long-term owner and operator of the project, Arevon is committed to continuing its support for local programs throughout the life of the project. In partnership with the Safe Haven Kid's League of California City, Arevon has helped provide food security, school supplies, infant care items, and workforce reentry programs. The company also supports the I Love California City Economic Development Group, funding infrastructure upgrades and clean-up events for Balsitis Park to promote outdoor activities and community well-being.

Arevon is a nationwide renewable energy developer and a leader in California with more than 3.7 gigawatts in operation, representing more than $5 billion in capital investments. The company recently issued other announcements celebrating achievements at several of its California projects, including the start of operations at its Peregrine Energy Storage Project, its Eland 1 Solar-plus-Storage Project, its Vikings Solar-plus-Storage Project, and its Condor Energy Storage Project. Arevon also announced construction proceedings at its Nighthawk Energy Storage Project and executed offtake agreements for its Cormorant Energy Storage Project and its Avocet Energy Storage Project. Condor Energy Storage in Grand Terrace received the North America Storage Deal of the Year Award, and Vikings Solar-plus-Storage in Imperial County was the recipient of IJGlobal's Renewables Deal of the Year – Energy Storage Award.

Arevon Energy | arevonenergy.com