• September 24, 2024

Jamestown, a global real estate investment and management company, announced the installation of solar energy systems at The Exchange at Larkspur Landing, located in Larkspur, California, north of San Francisco. The exchange covers an area of approximately 196000 square feet and 9.4 acres. Jamestown has partnered with commercial energy solutions provider Wunder to deploy a 350 kW solar system that is expected to save energy costs while reducing the property's impact on the environment. The system was launched in June and is expected to generate 570320 kilowatt hours of electricity in its first year of operation. The solar project landed by Lakspo is part of a broader partnership with Wunder aimed at evaluating and deploying solar energy in suitable locations within the Jamestown real estate portfolio and development channels. As real estate owners/operators and developers, we recognize the important role we play in the transition to clean energy. Sustainability has long been a top priority in our business strategy, and we believe it will be a core element of our future success, "said Michael Phillips, President of Jamestown Since the launch of the sustainable development plan in 2008, Jamestown has integrated sustainable development practices into its entire operation. After achieving a 20% reduction in energy and greenhouse gas emissions by 2020, Jamestown has set a new goal of achieving net zero operational carbon emissions by 2050. The company has also adopted the United Nations Sustainable Development Goals and Scientific Carbon Target Initiative, committing to reducing greenhouse gas emissions from its properties and landlords by 30% from the 2018 baseline year by 2030, and measuring and reducing emissions from its third-party sources. In order to align with Jamestown's broader sustainable development goals, the Lakspo Wharf Exchange is based on environmental management. All three buildings on campus have obtained LEED Platinum or Gold certification, with an average Energy Star score of 86 points in 2023. In addition to the solar energy system, the campus also features a central courtyard, abundant green spaces with outdoor seating, electric vehicle charging stations, and bicycle parking lots.

• September 23, 2024

Entergy Arkansas announced the commercial operation of the Walnut Bend Solar Center, adding a new member to its growing utility grade solar power facility. The 100 MW solar project is located in Lee County, east of Brinkley, Arkansas. Antegi Arkansas acquired Walnut Bend from Invenergy, a leading private developer, owner, and operator of sustainable energy solutions. Invenergy led the development, engineering, and construction of the facility. Entergy Arkansas President and CEO Laura Landreaux said, "Walnut Bend will be a valuable addition to our power generation facilities, and in turn, it will complement our diverse portfolio of power generation resources that have provided electricity to the people of Arkansas for over 100 years. Our investment in these power generation resources is a key part of keeping customer payments below regional and national averages, enabling us to provide reliable, affordable, and sustainable services to customers throughout the state The Walnut Bend factory will generate approximately $700000 in property taxes annually for Lee County. The factory adopts innovative technologies, including double-sided solar panels and sun tracking bracket equipment. The double-sided solar panel captures sunlight from both sides, utilizing the reflected light from the ground, while the bracket system adjusts its tilt to follow the sun throughout the day, thereby maximizing energy production. I am pleased to welcome Walnut Bend Solar to my district, "said Senator Ron Caldwell of Arkansas' 10th congressional district." This factory represents a significant investment in Lee County and will bring economic benefits to the local area and even the entire state of Arkansas Walnut Bend is the fourth solar resource put into use by Entergy Arkansas, producing renewable, emission free solar energy for all of its customers. The other three are Stuttgart Solar with 81 megawatts, Lake Village Chico Solar with 100 megawatts, and Searcy Solar with 100 megawatts. These four facilities will collectively produce 381 megawatts of electricity for Entergy Arkansas' customers.

• September 20, 2024

Solar developer Verogy announced the completion of two rooftop solar projects totaling 898 kilowatts of direct current on buildings owned by INDUS Realty Trust at the New England Trade Port (NETP) in Windsor, Connecticut. The 2560 solar modules of the solar cell array installed on the roofs of 110 and 220 Tradeports will provide reliable clean energy and contribute to the state's decarbonization efforts for the next 20 years. The installation of these rooftop solar arrays is in line with INDUS Realty Trust's sustainability plan, including having a positive impact on the communities where INDUS operates, "said William Herschel, CEO of Verogy. INDUS Realty Trust has set an example for how renewable energy can bring economic and environmental benefits NETP is a 4.3 million square foot commercial park developed by INDUS Realty Trust. In addition to providing convenient access to Bradley International Airport and the I-91, 1-84, and I-90 corridors, NETP is also part of a federally approved Foreign Trade Zone (FTZ # 71) and airport development zone, offering numerous incentives to eligible tenants. INDUS is committed to enhancing its investment portfolio through environmental practices such as solar installations and energy-saving upgrades. Michael Gamzon, President and CEO of INDUS Realty Trust, said, "We are pleased to celebrate the completion of the Tradeport 110 and 220 solar facilities. These projects mark an important step forward in improving the environmental sustainability of our investment portfolio. This achievement would not have been possible without the hard work of our team members and the professionals at Verogy and Titan Energy INDUS Realty Trust has hired Hartford energy consultant Titan Energy to identify and assist in selecting Verogy as the solar development company, which will build, own, and operate solar panels at 110 and 220 Tradeports, and receive incentives from the Connecticut Non Residential Energy Solutions (NRES) program. Titan Energy, Verogy, and INDUS Realty Trust have collaborated to complete the 110 and 220 Tradeport projects.

• September 19, 2024

GenPro Energy Development has completed the construction of a microgrid powered by solar energy and energy storage for CS Precision Manufacturing in Green, Nebraska. This solar microgrid is the first of its kind in the state, powered by 1560 550 watt solar modules and three BYD Chess 120 kilowatt energy storage units. A few years ago, CS Precision Manufacturing began to see solar energy as a viable option to subsidize energy consumption, "said CEO Scott James. We quickly realized that the many benefits of solar energy go far beyond financial aspects. Environmental benefits, partial energy independence, stable energy costs, and community responsibility were the key factors driving our decision to implement a solar farm. Solar energy is a clean and renewable energy source that does not emit any greenhouse gases. By reducing our dependence on traditional energy sources, we will minimize our carbon footprint and help address climate change to the greatest extent possible Before converting the facility to solar energy, CS Precision hired GenPro Energy to conduct a feasibility study. When we launched the project in 2020, the interval data provided by the utilities was very limited, "said Molly Brown, who led the development of GenPro. We have installed data loggers at every utility service and collected 1-minute interval data for a whole year After collecting and uploading interval data for analysis, other technical issues need to be addressed. This facility has four different types of power services. GenPro has partnered with Gering's power company and its wholesale supplier, the Nebraska Municipal Energy Authority, to reconfigure the interconnection between the facility and the distribution network. The design of microgrids can store energy and use it when demand increases, thereby offsetting peak usage times. Compared to fossil fuels, solar energy provides a more stable cost structure.

• September 18, 2024

Sandhills Energy plans to commence construction of two solar projects in Indian Nora and Waverley, Iowa, each exceeding 4 megawatts. These projects are part of Sandhills Energy's ongoing collaboration with the Nebraska Municipal Energy Authority (MEAN) to strengthen renewable energy generation and promote energy independence in 16 communities across 15 locations in the Midwest. The on-site construction of these two projects is expected to begin in the first quarter of 2025, awaiting final environmental approval from the US Department of Agriculture. Indian Nora and Waverly are one of four MEAN member communities located in Iowa, ready to develop solar energy. Through this partnership, Indienora Municipal Utilities (IMU) and Waverley Utilities (WU) can obtain wholesale electricity supply from MEAN and combine solar power with traditional energy sources to improve the resilience of the local power grid and reduce costs during peak electricity periods. Denver and Seget Bluff communities will install similar solar facilities by 2025. As Western Union strives to diversify its power structure, solar energy is an important component, "said Curt Atkins, General Manager of Western Union. As our hydroelectric power units retire in 2022, new solar cell arrays will replace the electricity produced by hydroelectric power units The 4.2-magnitude power plant located in Nora, India, covers an area of 25 acres and is owned by IMU. It is expected that the summer peak load will decrease by 10% and the winter peak load will decrease by 40%. The solar power plant located in Waverley covers an area of approximately 24 acres and can provide up to 6.5 million kilowatt hours of electricity annually. Indian Nora Municipal Utilities Company will not only provide reliable electricity in the coming years; we will also create a cleaner and greener future for our community, our children, and their children, "said IMU General Manager Chris Desplanques. Sandhills Energy and MEAN held groundbreaking ceremonies in June in Alianes and Sidney, Nebraska, launching the construction of 15 solar facility series. The solar facilities in these member communities will account for 5% of the energy usage in 16 cities. Raki Giannakouros, Executive Vice President of Sandhills Energy, said, "The First Solar Series 6 photovoltaic panels in these solar facilities are very suitable for the situation in the Midwest region, with anti hail, anti snow chassis structures and the industry's best anti-aging warranty. In the turbulent utility market, solar projects will provide stability and first day savings, which are expected to increase over time as wholesale energy prices rise

• September 13, 2024

Affordable Wire Management (AWM) officially released its Pinyon Hanger at RE+2024. Pinyon cable management solutions are tailored specifically for north-south mainline bus systems. Pinyon Hanger's asymmetric structure can directly support load-bearing cables on piles without the need for support brackets. This can reduce materials and labor, decrease torque loads on piles, and minimize the area required to accommodate cable management systems. Pinyon is also useful in specific site conditions and layouts, especially when multiple trackers are installed in the form of long columns from north to south. Hangers can also be used to secure tilting systems. Pinyon not only reduces costs and improves installation efficiency, but also extends these advantages to long-term operation and maintenance. Longevity makes Pinyon and our other suspension products sustainable choices for solar projects, in line with the industry's goal of creating resilient and sustainable renewable energy infrastructure, "said Scott Rand, CEO and co-founder of AWM.

• September 12, 2024

Affordable Wire Management (AWM) has launched its SUMAC rails to the utility grade solar industry. The line management system optimized for cluster circuit breaker boxes eliminates the need for cable trays. SUMAC rails are compatible with AWM's Arden and Pinyon hangers. The hanger can be securely connected to the SUMAC rail using the same single crimping process as the AWM hanger. SUMAC is a sag free load-bearing cable replacement designed for short distance scenarios that require precise cable layout. Aluminum alloy tracks can help cable management systems safely navigate tracker drive lines and other critical areas. SUMAC does not require end columns, it replaces the cable trays, cable ties, and clamps required for these arrangements. It can withstand additional loads without the need to place extra piles around the disconnector cluster and drive lines. Our SUMAC track sets industry-leading standards in safety, reliability, and availability, "said Scott Rand, CEO and co-founder of AWM. In addition, replacing cable trays with SUMAC means less material consumption, lowest labor costs, and the advantage of zero sag. SUMAC achieves unified cable layout throughout the entire site, which also means uniformity in current carrying capacity. The steel and O&M costs of public utility scale projects have significantly decreased This product does not contain polymer materials and has a service life of over 40 years. It can withstand all weather conditions: temperatures ranging from -40 ° C to+150 ° C, extreme ice and snow loads, and corrosive environments.

• September 11, 2024

Fluke has launched two new products today - the Fluke 283 FC solar digital multimeter and the Fluke a283 FC true RMS wireless clamp meter, which enable solar professionals to work more confidently without compromising safety in high voltage environments, such as testing individual panels, strings, or inverters in utility scale solar photovoltaic arrays. Fluke's new 283 FC digital multimeter aims to improve safety and productivity while providing accurate, reliable, and reproducible results for technicians. The Fluke 283 FC/PV solar kit includes CAT III 1500 V DC safety grade accessories, allowing technicians to work confidently in high voltage environments. With the Staubli MC4 test leads, professionals can quickly, reliably, and safely connect to modules or strings to test DC voltages up to 1500 V, making it ideal for utility operations. The TL175-HV CAT III 1500 V/CAT IV 1000 V rated silicone test leads can flexibly test the voltage, millivolts, resistance, continuity, and capacitance on inverters, combiner boxes, photovoltaic arrays, and individual photovoltaic modules. Jason Waxman, President of Fluke, stated, "Our digital multimeter is renowned for its exceptional accuracy, durability, and safety, making it the preferred choice for professionals in various industries for reliable and precise measurements. The Fluke 283 FC has a unique advantage in meeting the needs of this market, with both CAT III 1500 and CAT IV 1000 ratings, prioritizing features that improve efficiency, safety, and reliability. For solar professionals, this is a powerful integrated tool The a283 FC True RMS wireless current clamp simplifies the troubleshooting process without compromising safety and reliability. It can measure AC and DC currents up to 60 A, ensuring accurate readings for solar installations, electrical systems, and industrial equipment. Its thin jaws are designed specifically for narrow spaces such as combiner boxes or inverters. Non contact design prioritizes safety and enables safe connections without the need to touch live wires. In addition, wireless connections eliminate the hassle of wire entanglement and can be measured from a safe distance. With the help of Fluke 283 FC digital multimeter and a283 FC wireless clamp, technicians can simultaneously measure voltage and current and automatically calculate VA power. This feature does not require changing measurement settings and can seamlessly and efficiently collect data on site. By utilizing Fluke Connect and Fluke cloud storage capabilities, 283 FC users can enjoy an enhanced troubleshooting experience, as 283 FC can transmit measurement results to smartphones or tablets for detailed analysis, and then upload them to the cloud.

• September 10, 2024

According to the "US Solar Market Insights Q3 2024 Report" released today by the Solar Energy Industry Association of America (SEIA) and Wood Mackenzie, as the solar industry installed 9.4 gigawatts of new generation capacity in Q2 2024, federal clean energy policies continue to drive manufacturing and deployment growth. Within two years of the implementation of the IRA, the solar industry added 75 gigawatts of installed capacity to the grid, accounting for over 36% of the historical solar power generation capacity in the United States. Since the IRA was passed, nearly 1.5 million American households have installed solar energy. SEIA President and CEO Abigail Ross Hopper said, "The solar and energy storage industry is putting federal clean energy policies into action, rapidly creating job opportunities, and driving economic growth in all 50 states in the United States, especially Arizona, Nevada, and Georgia. We are currently producing a historic high of solar energy in the United States, and soon we will have enough domestic module production to meet almost all of America's demand in the coming years Texas continues to dominate the solar energy market, with 5.5 gigawatts of solar capacity installed in the first half of 2024, leading the United States. Texas, Florida, Nevada, Ohio, and Arizona, which were highly anticipated in the November elections this year, are all among the top ten states in terms of solar capacity in 2024. The solar industry performed exceptionally well in the second quarter, mainly due to the growth in the utility scale sector, "said Michelle Davis, Global Head of Solar Energy at Wood Mackenzie and lead author of the report. However, the future growth of solar energy is hindered by broader challenges in the power industry, such as backlogs in interconnectivity, shortages of electrical equipment, and limited labor supply. The industry also faces uncertainty related to newly proposed tariffs and presidential elections. Currently, there are many issues in the solar energy industry that need to be addressed Affected by policy changes in California and high national interest rates, the residential solar market continued to shrink in the second quarter of 2024. The industry added 1.1 gigawatts of production capacity in the second quarter, the lowest in nearly three years. However, the residential solar energy market is expected to grow again in 2025 and is expected to set an annual record in 2026-2029. As the solar energy industry addresses the aforementioned challenges, the annual installed capacity of solar energy is expected to increase by an average of 4% in the coming years. By 2029, the total installed solar capacity in the United States is expected to double to 440 gigawatts. According to the "US Solar Market Insights Q3 2024 Report" released today by the Solar Energy Industry Association of America (SEIA) and Wood Mackenzie, as the solar industry installed 9.4 gigawatts of new generation capacity in Q2 2024, federal clean...