M&A moves

Solar company acquires Houston manufacturer to expand production capacity, meet growing demand

Included in the deal, is the newly leased facility that spans 567,140 square feet and can accommodate 2.5 gigawatts of solar module manufacturing capacity. Photo via Pixabay

Solar solution company TOYO Solar announced it has agreed to acquire 100 percent of membership interests in Houston area’s Solar Plus Technology Texas LLC.

Included in the deal, is the newly leased facility that spans 567,140 square feet and can accommodate 2.5 gigawatts of solar module manufacturing capacity. The goal is to expand it to 6.5 gigawatts by 2029. TOYO Solar LLC will make a capital contribution of $19.96 million to TOYO Solar LLC.

"By acquiring Solar Plus, we will accelerate our development and leverage our team's proven manufacturing excellence, as well as the extensively established customer relationships and the brand of our sister company, Vietnam Sunergy, a Tier 1 Bloomberg NEF solar manufacturer," Junsei Ryu, chairman and CEO of TOYO, says in a news release. "We are confident that our expansion in the U.S. will effectively deliver a comprehensive solar technology solution, addressing bottlenecks for developers, meeting local content requirements for U.S. solar projects, and enhancing TOYO's competitive advantage."

The factory construction of Phase 1 has been completed, and equipment will begin to arrive by early 2025.The facility's first 1 gigawatts production is expected to commence by mid-2025 with production capacity increasing to 2.5 gigawatts by the end of 2025 according to the company.

As the demand for American-made solar panels continues amid grid reliability issues in Texas, TOYO hopes it can help with its sustainable energy solutions after having success in Vietnam and Ethiopia.

"Our strategy is to supply end customers with solar solutions that are technologically advanced, highly reliable, and cost competitive,” Ryu says in the release. “We are committed to building a robust global solar supply chain structure that efficiently and competitively serves the U.S. market and other regions, adapting to a dynamic policy environment.”

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A View From HETI

Lummus Technology has broken ground on a new plant in Texas that will support Advanced Ionics' hydrogen electrolyzer technology. Photo via lummustechnology.com

Houston’s Lummus Technology and Advanced Ionics have broken ground on their hydrogen pilot plant at Lummus’ R&D facility in Pasadena.

The plant will support Advanced Ionics’ cutting-edge electrolyzer technology, which aims to deliver high-efficiency hydrogen production with reduced energy requirements.

“By demonstrating Advanced Ionics’ technology at our state-of-the-art R&D facility, we are leveraging the expertise of our scientists and R&D team, plus our proven track record of developing breakthrough technologies,” Leon de Bruyn, president and CEO of Lummus, said in a news release. “This will help us accelerate commercialization of the technology and deliver scalable, cost-effective and sustainable green hydrogen solutions to our customers.”

Advanced Ionics is a Milwaukee-based low-cost green hydrogen technology provider. Its electrolyzer converts process and waste heat into green hydrogen for less than a dollar per kilogram, according to the company. The platform's users include industrial hydrogen producers looking to optimize sustainability at an affordable cost.

Lummus, a global energy technology company, will operate the Advanced Ionics electrolyzer and manage the balance of plant systems.

In 2024, Lummus and Advanced Ionics established their partnership to help advance the production of cost-effective and sustainable hydrogen technology. Lummus Venture Capital also invested an undisclosed amount into Advanced Ionics at the time.

“Our collaboration with Lummus demonstrates the power of partnerships in driving the energy transition forward,” Ignacio Bincaz, CEO of Advanced Ionics, added in the news release. “Lummus serves as a launchpad for technologies like ours, enabling us to validate performance and integration under real-world conditions. This milestone proves that green hydrogen can be practical and economically viable, and it marks another key step toward commercial deployment.”

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