• September 10, 2025

Eaton, an intelligent power management company, announced that it is collaborating with Xendee to develop a design and operation platform for distributed energy and microgrid systems. This collaboration combines Eaton's microgrid hardware and engineering service capabilities with Xendee's artificial intelligence model predictive control software, which continuously evaluates and optimizes microgrid systems using alternative solutions predicted by artificial intelligence. Xendee's solution is hardware agnostic, enabling distributed energy (DER) operators to manage over 27 different types of technologies, including solar energy, battery storage systems, nuclear energy, linear generators, and cogeneration. This solution will enable real-time operational adjustments of microgrid systems, significantly saving costs, enhancing resilience, reducing emissions, and extending equipment lifespan. Angie McMillin, President of Eaton Energy Solutions and Services, said, "Working with Xendee, we are exploring new ways to help customers maximize the functionality and value of their microgrid investments in North America and Europe. We believe that combining Eaton's mature expertise in microgrids, intelligent power management solutions, and services with Xendee's advanced digital optimization technology will help microgrid operators better seize the opportunities brought by energy transformation

• September 09, 2025

Kora has launched a home energy system that integrates smart panels, batteries, inverters, applications, and a virtual power plant platform. The company has secured financing from Moneta Ventures and Growth Factory Ventures and plans to begin shipping to customers in the first quarter of 2026. In addition to providing circuit level control through smart panels, the Kora system also allows homeowners to sell electricity in wholesale markets through the company's VPP Kora energy trading platform. The Kora application integrates the entire stack, panel, inverter, and battery into a system that automatically transfers loads to cheaper sources of electricity, stores energy when electricity prices are low, and prioritizes solar energy. Before founding Kora, I tried several leading home energy systems. Their user experience is poor, the devices are expensive, and the features are limited, "said Greg Connoly, founder and CEO of Kora. Our original intention in founding Kora was to bring the entire industry into the era of artificial intelligence through a system, allowing homeowners to truly control energy from day one, obtain reliable backups, and automatically reduce bills. ” The energy storage system can be expanded to 111.2 kWh and supports 91.2 kW of power. The main components of the energy storage system are covered by a 12.5 year warranty period.

• September 08, 2025

PV Hardware USA, a provider of solar tracking and basic solutions, has opened its second manufacturing plant in the United States in Houston. This 95000 square foot factory has expanded PVH USA's business presence in the United States and created over 100 job opportunities for the local community. The new factory was officially put into operation in July this year. Previously, the company invested $30 million to build its first manufacturing plant in the United States, which officially opened in Houston in May 2024, becoming one of the largest solar tracker manufacturing plants in the United States. The opening of our second US manufacturing plant is an exciting step in our development journey and demonstrates our commitment to the US market, "said Rodolfo Bitar, Vice President of Business Development at PVH in the United States." By expanding our business in Houston, we are not only investing in local economic development, but also ensuring that we can better serve our customers with faster turnaround times and 100% domestically produced highest quality products PVH was founded in 2008 and is headquartered in San Francisco. It has developed solar tracking technology that can adapt to different terrains, slopes, and climates. These trackers use proprietary pre assembly processes aimed at reducing installation time.

• September 05, 2025

Nextracer has launched its proprietary NX PowerMerge backbone connector, a DC power component designed to simplify the installation of electrical balance systems (eBOS). This is the first new feature added to the eBOS platform by Nextracer since its acquisition of Bentek this year. Nextracer founder and CEO Dan Shugar said, "We are pleased to launch NX PowerMerge to advance the electrical architecture of solar power plants. Customers will benefit from faster and more flexible construction, higher reliability, and compatibility with modern grid characteristics. This highly scalable technology can help solar energy continue to expand its share in the global power generation market. ” Compared to traditional backbone systems, NX PowerMerge uses fewer connections and simplified installation processes to establish secure power distribution paths in the tracker array. NX PowerMerge is designed to be compatible with all utility scale solar trackers and fixed tilt systems, tested to withstand extreme environmental conditions, and can be integrated with Nextracer's NX Horizon solar tracking system. The NX PowerMerge backbone connector is now available and will begin shipping in the spring of 2026, offering the option of manufacturing domestically in the United States. NX PowerMerge is a photovoltaic string to main busbar connection solution suitable for 2 kV voltage. Its current carrying capacity exceeds 400 A, supports up to 8 tap wires (6 to 8 AWG), and is compatible with backbone wires up to 1000 kcmil. The system also uses gel free sealing technology to make the installation cleaner. Nextracer will showcase its complete technology platform, including NX PowerMerge, at booth V9223 at the Venetian Hotel RE+2025 in Las Vegas from September 8th to 11th.

• September 04, 2025

GameChange Solar is a global provider of solar trackers and fixed tilt bracket systems, and has launched FlexRail, an installation system designed for flexible module selection. FlexRail addresses the industry challenge of solar module supply fluctuations caused by tariffs, logistics delays, and global market volatility. If the photovoltaic modules undergo changes after the manufacturing or installation of the tracker, the project may face expensive redesigns or on-site modifications. GameChange Solar's FlexRail installation system allows the same tracker design to accommodate multiple different components and minimize interference. Nat Healy, Product Director of Genius Tracker, said, "Component supply is one of the most dynamic variables in today's utility scale solar projects. By providing trackers that support various component types, we can help customers maintain project progress and protect their financial models, ensuring smooth project progress even if they replace components later in design or installation GameChange's latest white paper, "Component Flexibility of Single Axis Trackers: Research on FlexRails and Other Tools for Coping with Component Changes in Project Design," explores key design features to enhance component flexibility, including fixture based track systems, flexible beams, unperforated torque tubes, and low profile bearings. These elements enable utility scale solar projects to adapt to the constantly changing supply of photovoltaic modules while maintaining cost-effectiveness and construction progress.

• September 03, 2025

EGT Solar recently installed 340 solar panels and a monitoring system at Whittier Elementary School in Boise, Idaho. EGT Solar has completed the installation of the new system in the summer of 2025 to facilitate the smooth start of the autumn semester. This measure reflects Boise College District's dedication to environmental responsibility and is in line with Boise City's goal of achieving 100% renewable electricity for the entire community by 2035. The solar system is mainly composed of products manufactured in the United States and is expected to meet 53% of the school's energy needs. In the first year alone, the school is expected to save approximately $14560. Thanks to the expected energy-saving effects and incentive measures, the system will recoup its costs in 12 years or less. Years of continuous savings will release more resources for educational projects and facility improvements. Boise Campus will obtain real-time data on the performance of each solar panel through the advanced monitoring function of the system. This installation also provides opportunities for STEM related education. In the upcoming academic year, EGT Solar plans to demonstrate to students and faculty at Whittier Elementary School the technology behind the solar panels currently powering the school. I am very excited to collaborate with Boise Campus on this project, "said Dan Bennett, Sales Director at EGT Solar. When I was young, I served as a student representative and volunteer for the Boise School District, witnessing firsthand the district's care for this community. It is evident that this district is committed to providing high-quality education for future generations, and we are pleased that our team can contribute to their efforts

• September 02, 2025

The Jewish Solar Challenge (JSC) announced on September 1st that the funding application cycle for 2025 has officially begun. All Jewish non-profit organizations that own their own buildings (including synagogues, Jewish schools, and Jewish camps) are eligible for a matching grant of up to $50000 for the installation of solar panels. The application deadline is September 22nd, and JSC will announce the list of winners at the end of November. The Jewish Solar Challenge program offers over $300000 in prize money, and since its establishment in 2022, the total amount of prize money provided for solar panels has exceeded $1 million. Organizations that have received solar energy quotations (i.e. those preparing to start installation immediately) will be given priority. Jewish non-profit organizations interested in developing solar energy should take immediate action - before the federal solar incentive expires, "said Mitchell Schwartz, founder of the Jewish Solar Challenge. We are here to ensure that recent policy changes do not slow down our community's transition to clean energy, so that we can create a better future for future generations Senior communication executive and environmentalist Mitchell Schwartz founded the Jewish Solar Challenge three years ago, dreaming of installing solar panels on the roofs of all Jewish organizations in North America. So far, the Jewish Solar Challenge has provided matching funding to 14 organizations across the United States and a Jewish community in Tikva, Uganda. So far, the Jewish Solar Challenge has funded over $2 million in solar projects. JSC funded winners need to demonstrate a broader commitment to sustainable development, not just the installation of solar panels. Respecting and caring for our planet is our responsibility, "said Limor Zimskind, former president of Temple Emanu El and recipient of aid in 2024. Although the upfront cost of solar energy may be too high for many non-profit organizations, funding for the Jewish Solar Challenge allows us to take an important step towards sustainable development and save our electricity bills in the long run Qualified applicants will enter the final round of the funding process. Before the final application deadline, JSC experts will work directly with various organizations to plan specific measures aimed at enhancing the sustainability of their communities. The deadline for the second round of applications is October 31st.

• September 01, 2025

Gripple will launch a new cable hanger at the RE+trade show. The new above ground cable management system adopts a double catenary structure, forming a sturdy fence like support, minimizing sway and sagging, and achieving high ground clearance and cable safety even in harsh weather conditions. The durable hanger components are made of UV stabilized glass filled nylon 66, which has high strength, heat resistance, corrosion resistance, and electrical insulation properties, with a service life of over 30 years. The rated load of the system allows for a larger span between hangers. Gripple stated that the hanger can be installed onto the contact wire within 5 seconds, and its snap on fixing device prevents any lateral movement, simplifying the installation process and enhancing overall system safety. The timing test also showed that 750 kcmil cables can be installed up to 100 feet (about 30 meters) per minute, which is 50% faster than other contact network systems. The system can accommodate up to 24 1000 kcmil cables, meeting high-capacity requirements while avoiding potential derating through appropriate cable separation.

• August 27, 2025

Xpanner, a provider of building automation solutions, has officially launched its flagship product X1 Kit, a retrofit option for automating existing construction site equipment. Xpanner was founded in South Korea in 2020 and entered the US market in 2023, aiming to transform cutting-edge technology into practical tools within reach of ground operators. The company initially launched an automation suite that provides pre configured automation functions for construction equipment such as pile drivers and excavators, such as remote control, intelligent accessories, and precision guidance systems. X1 continues this vision by integrating physical AI capabilities to transform all brands and models of existing construction machinery into intelligent software defined machinery (SDM). Xpanner CEO Henri Lee said, "Our product roadmap over the past few years has led us to this critical moment. The launch of X1 provides a practical and easy to understand physical AI that can significantly increase productivity, reduce costs, and increase efficiency by over 50% without investing in new machines. The entire industry is ready for this transformation, and Xpanner is honored to lead this change. ” X1 is now on the market and can be put into use immediately. At present, it has been applied in various building applications such as pile drivers, and plans to expand its application to other mechanical equipment. Our flagship product is designed to meet the urgent automation needs of construction sites, focusing on high-precision and high complexity tasks, so we chose pile driving technology, "said Lee. Our technology is tailored specifically for the construction industry, simplifying on-site automation processes to make them faster and more efficient. At Xpanner, we comprehensively examine the entire project or site. We are not simply implementing device automation, but focusing on automation of specific tasks, which makes our approach uniquely targeted. These individual task automation collectively promote the automation of the entire construction workflow. ” X1 is particularly effective for high impact applications such as pile driving in solar installations. This adaptability enables X1 to automatically execute complex tasks, reduce reliance on high skilled labor, and significantly reduce costs and improve efficiency. The company claims that X1 has recently achieved automation of the pile driving process, reducing labor demand by 80% and operation time by 50%. The system can continue to evolve on the construction site, forming a basic physics AI infrastructure that can learn and improve over time. We are excited about X1 not only because of its technological innovation, but also because it will bring tangible changes to the construction industry, "said Lee. For a long time, the construction industry has been facing issues such as labor shortages, inadequate personnel training, and low operational efficiency. We believe that X1 will accelerate its transformation to...