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EPC Power has introduced the M System, a cutting-edge modular solar and storage inverter designed to transform energy management. Debuting at RE+ 2024 in Anaheim, California, from September 10-12, the M System offers advanced solutions for optimizing solar and battery integration. The M System's modular design allows configurations from a single 5.3 MVA inverter block to up to 10 independent 537 kVA inverters. This flexibility simplifies plant production, reduces installation footprint, and enhances efficiency and reliability. Jim Fusaro, CEO of EPC Power, highlights the significance of this launch: “The M System addresses the growing global energy demands with a high-performance, adaptable solution. As a leading U.S. manufacturer, we are committed to providing reliable products that support renewable energy projects.” The new system also helps project owners take advantage of the domestic content adder for the Investment Tax Credit (ITC) under the Inflation Reduction Act (IRA). This aligns with EPC Power's goal of strengthening domestic renewable energy manufacturing. Produced in the U.S., the M System extends EPC Power’s expertise in utility-scale energy storage and commercial projects. Global orders will be accepted, with deliveries starting in early Q3 2025. Devin Dilley, president and CPO of EPC Power, underscores the system’s benefits: “The modular flexibility of the M System provides our customers with the tools needed to stay competitive in a rapidly evolving energy sector.” The M System is set to lead the way in solar and storage technology, marking a significant development in EPC Power’s mission to enhance sustainable and secure energy solutions.

Nextracker has launched NX Foundation Solutions, a new platform designed to enhance solar tracker installations across all types of ground conditions. The company has also introduced the NX Anchor, a new ground-mount foundation, expanding its solar foundation offerings following the recent acquisitions of Ojjo and Solar Pile International. The NX Foundation Solutions package includes a variety of services such as geotechnical reviews, on-site testing, foundation design, and installation support. In addition, the package offers specialized training for drilling and pile-driving equipment, including the Ojjo Truss Driver, a GPS-enabled machine that handles both drilling and pile-driving tasks. This all-in-one machine has already installed more than one million foundation piles. Nextracker CEO Dan Shugar emphasized that NX Foundation Solutions is designed to work in various challenging soil conditions, reducing steel usage by up to 50% and decreasing embedment depth by up to 70%, which lowers costs and improves project timelines. "NX Foundation Solutions provides innovative, cost-effective solutions for solar projects, improving safety and productivity while minimizing environmental impact," said Shugar. With solar projects increasingly being developed on sites with uneven terrain and challenging soils, NX Foundation Solutions offers solutions that streamline installation, reduce risks, and lower costs. Nextracker's foundations are adaptable to many soil types, including rocky, soft, expansive, and frost-prone ground. Stephen Jones, president of Primoris Services Corporation, praised the solutions for reducing the complexity of solar projects, noting that the new tools and services simplify the design, procurement, and installation process, while minimizing risk for developers and contractors.

Scanifly, a pioneer in drone-based solar design, has announced a strategic integration with SubcontractorHub, an all-in-one platform aimed at reducing solar installation costs, shortening project timelines, and enhancing proposal accuracy. This collaboration is set to transform how solar sales dealers, EPCs, and installers manage projects, offering a more efficient, streamlined workflow from start to finish. By combining Scanifly's cutting-edge remote design capabilities with SubcontractorHub's robust project management tools, contractors can now benefit from a comprehensive solution that simplifies both front-end and back-end operations. One of the key benefits of this integration is the ability for sales representatives to initiate Scanifly's remote designs directly from their SubcontractorHub accounts. These designs are automatically synchronized with project records, ensuring that all critical data is captured and readily accessible. This seamless connection between design and project management eliminates the need for manual data entry, reducing errors and saving time. Additionally, field data and checklists can be uploaded through Scanifly Mobile, making it easier to manage submissions and ensure projects stay on track. The integration also brings Scanifly's advanced drone-based 3D designs, real-time shade reports, and on-demand engineering documents into the SubcontractorHub ecosystem. This combination of tools provides solar contractors with a true one-stop-shop experience, allowing them to manage everything from sales to installation in a single platform. By streamlining these processes, the partnership helps contractors reduce project timelines, lower costs, and improve overall efficiency, ultimately delivering better results for clients. Jason Steinberg, CEO of Scanifly, emphasized the significance of this collaboration, stating, "Our integration with SubcontractorHub aligns with our mission to simplify and enhance the solar design and installation process. By expanding our partnerships with various proposal tools, we’re offering contractors more flexibility and efficiency in their operations." As the solar industry continues to grow, this integration is poised to play a key role in driving innovation and supporting the sector's ongoing expansion.

Raymond James Financial has partnered with Advanced Green Technologies (AGT) to complete a large-scale solar carport installation at its headquarters in St. Petersburg, Florida. The project, which adds 1.7 MW of solar capacity across two carports, marks a significant step in the company’s sustainability efforts. The renewable energy generated is expected to meet approximately 60% of the energy needs for Raymond James's two main office buildings. The solar installation was executed in two phases, with a 1 MW array installed on the P4 parking garage during phase one and a 700 kW array added to the P3 garage in phase two. Together, these installations are projected to generate 2.6 million kWh of electricity annually, significantly reducing the company’s dependence on traditional energy sources. The carports are designed to withstand hurricane-force winds up to 150 mph, ensuring durability in Florida’s challenging climate. AGT's innovative design includes high-efficiency Talesun 450-W solar panels and Ginlong 100-kW string inverters, all mounted on a powder-coated U.S. steel frame with a unique sawtooth canopy. This design minimizes wind pressure while enhancing the aesthetic appeal of the carports. Clint Sockman, Executive Vice President at AGT, highlighted the project's success, stating that Raymond James is leading by example in the environmental, social, and governance (ESG) space. This solar carport project underscores Raymond James Financial's commitment to sustainable energy and positions the company as a leader in corporate ESG initiatives. By investing in renewable energy infrastructure, Raymond James is reducing its carbon footprint and energy costs while setting a precedent for other businesses to follow in integrating green solutions into their operations.

RE+ 24, the premier clean energy event, is celebrating its 20th anniversary with an anticipated 40,000 attendees at the Anaheim Convention Center from September 9-12. This landmark event will feature 1,300 exhibitors and 370 educational sessions, showcasing innovations in solar energy, energy storage, hydrogen, microgrids, EV charging infrastructure, and wind energy. Stephen Miner, President and CEO of RE+ Events, highlights the significant growth of the conference, from its start in San Francisco to its current scale. This year's event will include over 500 speakers, including Alex Honnold and Patti Poppe, who will address key topics such as artificial intelligence in energy grids and investment in clean technology. A standout session will be hosted by Padma Lakshmi, focusing on community access to clean energy. Panelists will include Suzy Macke and Cody Two Bears, providing diverse perspectives on energy accessibility. Additional sessions will explore new technologies, the IRA era, and strategies for mobilizing capital in the energy sector. Government agencies like the U.S. Department of Energy and Customs and Border Protection will be present, highlighting the event’s role in influencing energy policy and industry developments. RE+ 24 offers a comprehensive program for clean energy professionals and policymakers, featuring high-profile speakers and a wide range of topics crucial to the future of energy.

Solis has unveiled two new commercial rooftop inverters for the North American market: the 60-kW (208-V) and 125-kW (480-V) models. These additions expand Solis’s string inverter lineup, which now ranges from 25 kW to 125 kW, catering to the diverse needs of businesses seeking reliable solar energy solutions. The new inverters are designed to enhance system reliability and efficiency, particularly in commercial settings. A key feature of these inverters is their fuse-free design, which reduces failure points and boosts overall system longevity. Additionally, the inverters boast some of the lowest start-up voltages in the industry, allowing them to capture energy even in low-light conditions. The wide operating voltage range further enhances their versatility, making them suitable for a variety of commercial applications, including repowering projects. The 125-kW model, now the largest 1,000-VDC string inverter available, offers up to 10 Maximum Power Point Trackers (MPPTs), providing maximum flexibility for complex rooftop installations. Both the 60-kW and 125-kW inverters also come with customizable options like wire and shade coverings, built-in Module-Level Power Electronics (MLPE), and Rapid Shutdown (RSD) transmitters. These features allow for tailored solutions to meet specific project needs and safety requirements. Solis’s commitment to innovation is evident in these new offerings. According to James Qiao, General Manager at Solis, the introduction of these inverters strengthens the company’s position in the commercial solar market by providing cutting-edge technology that improves efficiency, reliability, and flexibility. With these new products, Solis is well-positioned to support businesses in their efforts to achieve sustainability and energy efficiency goals.

HD Hyundai Energy Solutions will unveil its latest n-TOPCon solar modules at the upcoming RE+ tradeshow. These new modules, designed for various market segments, include 108-cell versions for residential use and larger 144-cell and 156-cell models for commercial and utility-scale applications. With efficiencies ranging from 22.3% to 22.9%, these n-TOPCon modules represent a significant advancement in solar technology. The company will also introduce its new tandem cells, developed in partnership with the Korea Institute of Chemical Technology. These cells combine perovskite and HJT (Heterojunction with Intrinsic Thin layer) silicon technologies, achieving a theoretical efficiency limit of 44%, far exceeding the 29% limit of traditional crystalline solar cells. Additionally, HD Hyundai Energy Solutions will showcase its RoHS-certified eco-friendly products, reinforcing its commitment to sustainability. The company will also collaborate with HD Hyundai Electric to present essential power equipment for transmission and distribution. The RE+ tradeshow will highlight HD Hyundai Energy Solutions' innovations in solar technology and sustainable energy solutions.

Stäubli Electrical Connectors has unveiled the BosCon series, a new line of large-format PV cable connectors engineered for high-current applications. Designed to support solar energy systems, battery energy storage systems (BESS), and electric vehicle (EV) charging, the BosCon connectors are fully compliant with UL 6703 and CSA C22.2 182.5 standards, ensuring reliability and safety in harsh environments. The BosCon connectors are versatile, accommodating cables from 3/0 AWG to 500 MCM with a maximum ampacity of 620 A at 1,500 V AC/DC. This high rating makes them ideal for demanding applications, providing robust performance in both renewable energy and EV sectors. A notable feature of the Boston series is its unique coding system. The connectors include seven color-coded and mechanically-keyed rings that prevent cross-mating, which reduces installation errors and enhances safety. This system simplifies the connection process and ensures compatibility. Stäubli emphasizes the BosCon connectors' adaptability for both factory and field installations. Their ease of use and secure connections make them a valuable addition to various energy systems, streamlining both installation and maintenance. The new BosCon series will be featured at the upcoming RE+ tradeshow. For more information, visit Stäubli's booth at the event or check their official website.

Solis has launched its new 1,500-V string inverter series, the Solis S6 250-350K, tailored for large-scale solar projects across North America. Offering power classes of 250 kW, 300 kW, and 350 kW, these inverters are designed to enhance both new installations and system upgrades, delivering over 99% efficiency with the help of advanced MPPT technology. The series is highly flexible, with a broad DC and AC voltage range, up to 16 MPPTs, and a fuse-free design. These features optimize energy output and reduce maintenance costs, making the inverters suitable for complex environments and challenging solar projects. Additionally, the Solis S6 250-350K includes advanced string technology that improves system redundancy and uptime. Remote I-V curve scanning, firmware updates, and simplified installation through integrated connectors and PLC communications further enhance system performance while lowering operational costs. Solis Inverters President Jimmy Wang emphasized the impact of this series, highlighting successful implementations like a 1-GW project in China. The Solis S6 250-350K inverters are now available for order, with deliveries beginning in Q4 2024, ready to meet the demands of U.S. and Canadian solar markets.

Clearway Energy Group has begun construction on the Rosamond South I solar and storage project in Kern County, California. This project includes a 140-MW solar facility paired with a 118-MW battery storage system, supporting California’s push for more renewable energy. The project, also known as Golden Fields Solar IV LLC, has secured 15-year agreements with several load-serving entities in California. These include MCE, The University of California, Rancho Cucamonga Municipal Utility, Eastside Power Authority, and the City of Moreno Valley. The addition of battery storage will help these entities ensure a steady supply of clean energy during peak demand periods. Kern County has a long history of energy production, and this new solar and storage project continues its leadership in renewable energy. Brooks Friedeman, Vice President of Capital Markets at Clearway, expressed the company’s commitment to the region: “Our Rosamond South project will provide reliable, low-cost power when it’s needed most, supporting California’s clean energy goals.” The project’s $550 million construction loan was financed by a group of banks, including Societe Generale, Australia and New Zealand Banking Group Limited, Siemens Financial Services, Commerzbank, CoBank, DNB Bank ASA, and Nord/LB. Construction is being managed by McCarthy Building Companies, Inc., and will create over 400 union jobs. Labor unions involved include Laborers Union 220, Southwest Regional Council of Carpenters, Operating Engineers Local 12, IBEW Local 428, and Ironworkers Local 416 and 433. The Rosamond South I solar and storage project is expected to be operational in 2025, contributing to California’s renewable energy targets and providing clean, reliable energy for years to come.