Nextpower Completes Power Conversion Acquisition, Expands U.S. Manufacturing and Utility-Scale Energy Solutions
Nextpower™ (Nasdaq: NXT), a leading provider of clean energy technology and power infrastructure solutions, has officially completed its previously announced acquisition of key assets from Zigor Corporation’s power conversion business and its U.S.-based subsidiary, Apex Power. The transaction represents a major milestone in Nextpower’s long-term growth strategy, significantly expanding the company’s capabilities in utility-scale power conversion technologies while strengthening its manufacturing footprint in the United States.
The acquisition broadens Nextpower’s portfolio of advanced power electronics by adding proven central inverter technologies designed for large-scale solar and battery energy storage projects. It also enhances the company’s international reach with IEC-certified products for European and global markets, while reinforcing its engineering expertise with experienced teams located in both the United States and Spain.
As global investment in renewable energy continues to accelerate, demand for reliable, efficient, and serviceable power conversion equipment is increasing. Utility developers, independent power producers, and engineering, procurement, and construction (EPC) firms are seeking technologies capable of supporting larger renewable energy installations while minimizing maintenance costs and maximizing system uptime. Through this acquisition, Nextpower aims to strengthen its position as a leading provider of next-generation power conversion solutions that address these evolving market needs.
Expanding Nextpower’s Technology Platform
The acquisition brings together complementary technologies that enhance Nextpower’s existing clean energy platform. Among the most significant additions are UL-certified central inverter systems designed specifically for utility-scale renewable energy projects in the United States. These systems are suitable for both large-scale solar photovoltaic facilities and battery energy storage systems, providing efficient power conversion while meeting stringent U.S. certification requirements.
In addition to strengthening its North American offerings, the acquisition includes IEC-certified inverter products for Europe and other international markets. This enables Nextpower to serve customers across multiple regions with products that comply with local technical standards and regulatory requirements.
The transaction also adds proprietary inverter technologies developed over many years, allowing the company to expand its intellectual property portfolio while accelerating future product innovation. These technologies are expected to improve overall system efficiency, operational reliability, and long-term project performance.
Strengthening Engineering Expertise
Beyond the technology itself, the acquisition significantly enhances Nextpower’s engineering capabilities. The company welcomes experienced engineering teams from both Zigor Corporation and Apex Power, adding specialists with extensive expertise in power electronics, inverter design, manufacturing, product development, and utility-scale energy systems.
Collectively, these teams represent hundreds of years of combined experience in power conversion technologies. Their knowledge spans product engineering, manufacturing optimization, system integration, and field operations, providing valuable expertise that supports Nextpower’s long-term product development strategy.
The addition of engineering talent in both the United States and Spain also strengthens the company’s global innovation network, enabling closer collaboration across international markets while accelerating the development of future technologies.
Focus on Reliability
Nextpower Founder and Chief Executive Officer Dan Shugar emphasized the importance of dependable power conversion systems in today’s rapidly expanding clean energy sector.
According to Shugar, reliable power conversion serves as one of the most critical components of modern energy infrastructure, particularly as utility-scale renewable energy projects continue to grow in size and complexity. He noted that customers increasingly prioritize technologies designed for long-term reliability, operational efficiency, and simplified maintenance.
Shugar also expressed enthusiasm about integrating the newly acquired engineering team into Nextpower, highlighting their extensive expertise and market-ready technologies. He stated that these additions align closely with Nextpower’s long-standing commitment to delivering reliable energy infrastructure while optimizing long-term project performance.
The acquisition supports the company’s broader objective of helping renewable energy asset owners maximize operational uptime while reducing lifecycle costs associated with maintenance and equipment replacement.
Modular Inverter Design Improves Serviceability
A distinguishing feature of Nextpower’s expanded product portfolio is its modular inverter architecture, which has been specifically engineered with field serviceability in mind.
Traditional utility-scale central inverter systems often require specialized diagnostic equipment, factory repairs, or lengthy maintenance procedures when major components fail. These service requirements can result in prolonged downtime, increased labor expenses, and lost energy production.
Nextpower’s modular design addresses these challenges by enabling individual power modules to be replaced directly in the field without requiring complete inverter replacement or factory servicing.
This approach offers several important operational benefits.
Maintenance crews can quickly replace damaged modules using commonly available tools and standardized replacement components, significantly reducing repair times. Faster repairs translate into higher system availability, allowing renewable energy facilities to resume full power production more quickly following equipment issues.
The modular design also provides owners with greater flexibility in managing maintenance schedules while lowering long-term operational expenses.
Nextpower’s utility-scale central inverters have now achieved full UL certification and are commercially available throughout the United States.
Supporting Utility Owners and EPC Contractors
Jacob Marshall, Vice President and General Manager of Power Conversion at Nextpower, explained that obtaining UL certification marks an important milestone for the company’s expansion into the U.S. utility-scale renewable energy market.
Marshall said the company designed its central inverter platform specifically around the practical needs of utility owners, developers, and EPC contractors responsible for constructing and maintaining large renewable energy facilities.
The modular system architecture simplifies routine maintenance while helping minimize operational disruptions throughout a project’s lifecycle.
Rather than depending on proprietary service procedures, the inverter platform uses field-replaceable power modules built with standardized components that can be serviced using conventional tools.
This design provides owners with greater control over maintenance activities, allowing repairs to be completed more efficiently while reducing dependence on factory service personnel.
The result is improved operational flexibility and enhanced long-term performance across utility-scale renewable energy installations.
Product Portfolio Designed for Large-Scale Projects
Following the acquisition, Nextpower now offers a comprehensive portfolio of central inverter solutions specifically developed for utility-scale solar power plants and battery energy storage systems.
The company’s inverter configurations support installations up to 5.2 MVA, enabling deployment across projects of varying sizes while maintaining high levels of efficiency and reliability.
The systems are engineered to integrate seamlessly into large renewable energy facilities, supporting both photovoltaic generation and energy storage applications that play an increasingly important role in modern electricity grids.
An additional distinguishing feature of the platform is its communication architecture.
Unlike conventional communication systems that may rely on wireless technologies, Nextpower’s power conversion products communicate exclusively through a hard-wired optical fiber network at the site level.
This cyber-secure communication infrastructure enhances operational reliability while reducing potential cybersecurity risks associated with utility-scale energy assets.
As cybersecurity becomes an increasingly important consideration across critical infrastructure sectors, secure communication technologies are expected to become a growing competitive advantage for renewable energy equipment manufacturers.
Accelerating U.S. Manufacturing Expansion
Alongside expanding its technology portfolio, Nextpower is moving aggressively to increase domestic manufacturing capacity across multiple U.S. locations.
The company stated that manufacturing expansion efforts are already underway as it prepares to support growing demand for utility-scale renewable energy equipment.
Production ramp-up is expected to begin with customer deliveries in early 2027.
Within approximately twelve months, Nextpower expects more than 10 gigawatts (GW) of annual manufacturing capacity to be operational.
This manufacturing expansion supports increasing demand for domestically produced clean energy equipment while strengthening supply chain resilience for utility-scale renewable energy projects.
Expanding production within the United States also positions Nextpower to respond more effectively to customer requirements for locally manufactured technologies, faster delivery schedules, and enhanced supply chain reliability.
Positioned for Continued Growth
The completion of the Zigor Corporation and Apex Power asset acquisition marks another important step in Nextpower’s strategy to become a leading supplier of integrated power conversion technologies for the global renewable energy industry.
By combining advanced inverter technology, experienced engineering teams, expanded manufacturing capabilities, secure communications infrastructure, and serviceable modular designs, the company is building a comprehensive platform capable of supporting the rapidly growing utility-scale solar and energy storage markets.
As renewable electricity generation continues to expand worldwide, reliable power conversion systems will remain essential components of modern energy infrastructure. Through this acquisition and its planned manufacturing expansion, Nextpower is positioning itself to meet increasing customer demand while supporting the ongoing transition toward cleaner, more resilient, and more efficient energy systems.
Source Link: https://nextpower.com/
