• October 21, 2026

Madison Energy Infrastructure and Verogy have completed a 7.2-megawatt solar system for the Beaver Water District (BWD) in northwestern Arkansas. The project is expected to generate approximately 12,300 megawatt-hours annually, meeting 15% to 20% of the district's electricity demand. "This solar facility enhances our ability to provide safe, economical, and reliable water to serve our community," said M. Ryan Cridle (P.E.), CEO of Beaver Water District. "It reduces long-term operational costs, supports regional development, and strengthens our commitment to sustainability. Our customers will benefit from this investment for decades to come." Located in Lowell, Arkansas, the Beaver Water District serves over 425,000 customers in northwestern Arkansas. The district has received national recognition for its sustainability achievements, including the 2023 Sustainable Water Management Award from the Association of Metropolitan Water Agencies. Through a competitive RFP process, BWD selected Madison Energy Infrastructure to implement the solar project, with Madison responsible for development, contracting, and financing, while collaborating with Verogy to oversee design, procurement, permitting, and construction. BWD estimates the solar installation will save $7 to $11 million in costs over its entire lifecycle, helping manage long-term operational expenses amid the continuous growth in water demand.

• October 20, 2026

Duke Energy Florida recently completed the construction of the Bailey Mill Solar Center, a 74.9-megawatt facility located near Monticello in Jefferson County. "The launch of Bailey Mill is another step in reducing our customers' long-term energy costs," said Melissa Seeks, President of Duke Energy Florida. "For every solar project we bring online, we reduce our need to purchase fuel, and these savings are directly reflected on customers' bills. We appreciate the Jefferson County community for partnering with us to make this project a reality." Duke Energy Florida currently owns, operates, and maintains over 25 solar projects across the state, with a total installed capacity of approximately 1,850 megawatts. The Bailey Power Plant is one of the five solar power stations built since 2025. By the end of 2028, the company plans to construct an additional 11 solar power stations to further expand its renewable energy portfolio. By the end of 2033, the company is expected to have over 5,500 megawatts of utility-scale solar power generation capacity.

• October 16, 2026

Alliance Facilities Partners, a company providing design-build and performance contract services for K-12, municipal, and public sector organizations in Illinois and Wisconsin, has completed a district-wide rooftop solar project for the K-12 School District 26 in Cary, Illinois. The project has been completed, including the installation of rooftop solar panels at three district-level facilities, with a total system capacity of 843 kilowatts. These systems are expected to generate approximately 990,654 kilowatt-hours annually, offsetting about 55% of the electricity consumption of these facilities. "This project represents a significant long-term investment in the future of Carroll School District 26. By integrating solar installations with our ongoing roof and facility upgrades, we are enhancing the efficiency and sustainability of our buildings while responsibly managing district resources," said David Martin, Operations Coordinator for Carroll School District 26. "We are equally excited about the educational opportunities this project provides, offering our students and staff the chance to witness the practical operation of renewable energy and gain a deeper understanding of its impact on our community." The solar array consists of 1,429 solar panels and 7 inverters. The project includes final system design, structural engineering, utility grid integration, permitting, equipment procurement, installation, commissioning, personnel training, and cloud-based performance monitoring. As part of the project, Allied coordinated renewable energy credit applications, utility incentive programs, and other available funding opportunities to help maximize the region's return on investment. The project also included a public-facing energy dashboard that displays real-time solar generation and system performance. The project enables the region to support long-term investments by ensuring the delivery of Guaranteed Energy Savings Contracts (GESC), while implementing comprehensive energy-saving retrofits and leveraging projected energy and operational savings.

• October 15, 2026

Adelphi University in Long Island, New York, is currently operating a 295-kilowatt rooftop solar system. In addition to the system's commercial operation, the university has announced a new solar initiative for its 75-acre main campus. This solar system is installed on the LEED-certified Adelphi Sports and Recreational Center, offsetting a portion of the facility's energy consumption. It represents the latest sustainability initiative implemented by the university. The earliest projects date back to the geothermal heating and cooling system commissioned in 2003, the 50-kilowatt solar project installed at the campus library in 2011, and the 2-megawatt combined heat and power unit completed in 2016. Carole Ann Boyle, Vice President of Campus Operations, stated, "Smart growth and sustainable infrastructure are key priorities for Adelphi University, and this project aligns directly with these goals." "Increasing solar power generation is a crucial step for Adelphi toward a cleaner and more sustainable future." The project initially encountered unexpected setbacks as the gymnasium roof at the sports center deteriorated prematurely. The original manufacturer had ceased operations, yet the facility urgently required a roof replacement. At the time, Robert Shipley, Vice President of Facilities Management at Adelphi, considered replacing the roof and installing solar panels simultaneously. "We had to replace the roof, so the question became: How can we maximize this investment?" Shipley said. "Combining the new roof with a solar system gives us the opportunity to address the immediate issue while bringing long-term benefits to Adelphi for years to come." SolarKal, a commercial solar consulting and market platform company, began collaborating with Adelphi on this project in 2022. "As a New Yorker with a personal connection to Adelphi, this has always felt like a hometown project to me," said Neil Sharma, co-founder and chief marketing officer of SolarKal. "After years of effort, it's especially gratifying to see it come to fruition. We secured the right partners, overcame challenges, and ultimately delivered a high-quality project with lasting value for Adelphi." Greenskies Clean Energy, a commercial solar developer, owner, and operator, has developed and constructed a rooftop solar project consisting of 546 modules and will own and operate the system under a power purchase agreement with Adelphi. "Projects like this require close coordination throughout the entire process from development to construction and grid integration," said Carson Mislick, Director of Project Delivery at Greenskies Clean Energy. "We are proud to collaborate with Adelphi and SolarKal to successfully complete the project and deliver a system that supports the university's long-term sustainability goals."

• October 14, 2026

The first batch of cranberries has been harvested from the marshes where two solar projects are located—one at the Black Cat Agrivoltaic Project in Plymouth and the other at the Ring Road Agrivoltaic Project in Kingston, both situated in Massachusetts. These projects are owned by developer Greenbacker Renewables and installed by Distributed Energy Infrastructure (DEI). Ian Ward, a cranberry grower who manages wetlands, was deeply involved in the design and construction process to ensure the sensitive wetland environment remained intact. "The DEI team has excelled in understanding and transforming solar energy construction, enabling energy production to coexist with perennial crop systems without causing harm," he said. "These projects demonstrate that with the right approach, dual-purpose solar can be applied across diverse agricultural environments. If we can achieve success in such challenging wetland areas, we can likely implement solar projects almost anywhere." Before the installation of solar facilities, the Black Cat and Loop Cranberry Marsh had become economically unviable and remained abandoned for years. The current solar project provides landowners with additional income through land leasing, making the marsh's cultivation economically feasible again. In addition to the revenue from selling cranberry crops, Ward also receives agricultural management fees. "Developing solar projects on active perennial wetland crops presents an exciting challenge, and we are delighted to witness the success of these harvests," said Pratik Tare, Executive Vice President and Co-Founder of DEI. "At every stage, Ayn's collaboration and commitment are crucial to ensuring reliable and cost-effective construction while safeguarding the productivity of these ancient marshes." The 1 MW Black Cat project is equipped with a 2.7 MWh energy storage system. The 4.4 MW loop project is equipped with a 13.5 MWh battery energy storage system. Both projects were finalists for the North American Photovoltaic Agriculture Awards, and Ward and DEI are founding members of the Solar and Agriculture Foundation (SAFA), an organization representing the interests of the photovoltaic agriculture industry, including developers, agricultural producers, livestock producers, and related organizations.

• October 10, 2026

The Sterling Project in Mohave County, Arizona, has commenced the construction of solar and energy storage systems. ContourGlobal is developing the 509-megawatt solar and 1.4-gigawatt-hour energy storage project, with Tesla having signed a power purchase agreement. The sun's rays have been shining over this land in Arizona for billions of years. The Sterling Project will harness sunlight to generate electricity and store a portion of the energy to power the grid after sunset. Our team designed the project around the specific needs of our clients, enabling it to deliver reliable clean electricity for up to 16 hours each day, said Antonio Cammisera. The local construction team will be responsible for civil engineering, road construction, and on-site logistics to install over 760,000 solar panels and more than 300 battery storage containers. The project is located along a historic stretch of U.S. Route 66 between Topock and Kingman, where infrastructure once supporting westward expansion is now giving way to facilities designed to fuel the next phase of growth. To access the site, the company is constructing the Polaris Road, a 5.2-mile route connecting the historic Route 66 with solar and energy storage projects.

• October 09, 2026

Cedar Creek Energy has completed the construction of the Ramsey II Renewable Energy Station, a 5.046 MW solar project located on approximately 25 acres of buffer land adjacent to the Anoka-Ramsey closed landfill in Minnesota. Cedar Creek Energy designed, procured, and constructed the system on behalf of project owner Kearsarge Energy. Connexus Energy will purchase the electricity generated by the system through a 30-year power purchase agreement. "This project demonstrates everything achievable when utility companies, developers, regulators, and government leaders work together on long-term energy solutions," said Alex Gast, Chief Operating Officer of Cedar Creek Energy. Construction began in March and was completed within six months, with no recordable safety incidents occurring during the process. The array consists of approximately 8,700 bifacial solar panels and terrain-following single-axis trackers designed to adapt to uneven on-site topography and reduce the need for large-scale grading operations. The Ramsey II Renewable Energy Facility was made possible after over a decade of coordinated efforts by Conexus Energy, Ramsey City, Minnesota, and other project partners to redevelop the site. Conexus Energy leased the project site from the state of Minnesota. Legislative action in 2021 helped remove prior guarantees that had hindered solar development. Cidra Creek Energy will continue to support the project through long-term operation and maintenance agreements. This project marks Cidra Creek Energy's first initiative under the Minnesota Pollution Control Agency's closed landfill program.

• October 08, 2026

Located in North Carolina, MANNA Food Bank recently completed a 514-kilowatt rooftop solar system at its Mills River office and warehouse facilities. The system, installed by Pisgah Energy and utilizing SEG panels and SolarEdge inverters, is expected to generate over 643,000 kilowatt-hours of energy annually. "It is an honor to install these systems for MANNA," said Evan Becca, President of Pisgah Energy. "Utilizing solar power to support operations is another way this remarkable organization helps promote health and well-being in families across Western North Carolina." For MANNA, this project also represents an investment in the long-term sustainability of its operations. Reducing ongoing energy costs enables the organization to utilize its resources more efficiently and helps preserve more funds for its core work of procuring, storing, and distributing food in the Northwest North Carolina and Qualla Boundary regions. As families in the region continue to face significant economic pressures, this management responsibility becomes increasingly crucial. Today, MANNA and its network of over 300 community partners serve approximately 220,000 individuals monthly across 16 counties and the Quallah border area. Rising costs of housing, food, utilities, transportation, and other essential living expenses persistently strain household budgets, making it imperative to ensure food banks can meet both current and future needs, which in turn becomes a vital component of MANNA's operational sustainability. "Every dollar we can utilize more efficiently is a dollar that can provide greater assistance to the community," said Claire Neill, CEO of MANNA Food Bank. "As neighborhoods across Northwest North Carolina are turning to MANNA and its partner network for food assistance at an unprecedented rate, we have a responsibility to consider the long-term sustainability of our work. Such investments help us reduce ongoing costs while building a stronger, more resilient food bank capable of meeting the needs of our region for years to come.". ” Pisgah Energy successfully secured partnerships for the project, including support from the Footprint Project, a $55,000 donation of solar mounts from Enstall, and a $200,000 BuildUS grant aimed at strengthening energy resilience in rural western North Carolina. Combined with direct payment incentives from nonprofit organizations, this critical funding is expected to help MANNA achieve a payback period of approximately 4.5 years, thereby freeing up essential funds for food procurement and distribution.

• September 30, 2026

The National Day of the People's Republic of China is a national commemorative day for the founding of the People's Republic of China. It is celebrated on October 1st every year and is mainly popular in China and overseas Chinese areas. The origin of the festival: On October 1, 1949, the founding ceremony was held in Tiananmen Square, and Chairman Mao Zedong declared the establishment of the Central People's Government. On October 9, 1949, the first meeting of the National Committee of the Chinese People's Political Consultative Conference passed Ma Xulun's proposal, requesting the government to designate October 1 as National Day; On December 2nd, the Fourth Meeting of the Central People's Government Committee passed a resolution to designate October 1st as National Day every year starting from 1950, replacing the old "Double Tenth" National Day. Holiday customs: After the establishment of the People's Republic of China, the form of National Day celebration has undergone several changes. From 1950 to 1959, large-scale celebrations and military parades were held annually. In 1984, military parades and mass marches were resumed during the National Day holiday; It was not held again until 1998, and was only restarted three times in 1999, 2009, and 2019. Holiday impact: According to Article 2 of the State Council's "National Holidays and Commemorative Days Holiday Measures", the National Day holiday is legally closed for 3 days each year, from October 1st to 3rd. According to the notice from the General Office of the State Council, the National Day holiday in 2026 will be adjusted from October 1st to 7th, for a total of 7 days. National Day is an emerging form of national holiday that carries the function of consolidating the strength of the country and the nation. At the same time, the large-scale celebration activities during the National Day holiday are also a concrete manifestation of the government's mobilization ability and appeal. Displaying national strength, enhancing national confidence, reflecting cohesion, and exerting appeal are the basic characteristics of the National Day celebration.