Solar + Storage Retrofits for AI Data Centers

As AI-driven data centers consume more energy, retrofitting them with solar PV and battery storage provides a smart, cost-efficient solution. These upgrades reduce capital costs, speed up deployment, and cut reliance on the grid while supporting sustainability goals. For hyperscale operators and developers, solar + storage retrofits enhance energy resilience, operational flexibility, and carbon reduction. By integrating advanced solar modules and battery systems, existing data centers can meet rising AI power demands efficiently. Discover how this renewable approach is reshaping energy strategies and driving a cleaner, more reliable future for hyperscale data-center operations.
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Strategic PV Module Procurement Playbook

The solar industry is shifting from cost-based to value-driven procurement strategies. This playbook guides C&I developers and EPCs on how to optimize PV module selection for long-term performance and profitability. It covers key topics such as evaluating total lifetime value, adopting n-type TOPCon technology, and ensuring quality as a strategic defense. By following this approach, companies can strengthen their market position, reduce risks in the supply chain, and gain a sustainable competitive edge. Learn how strategic procurement decisions can unlock greater efficiency, reliability, and returns for your solar projects.

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Maximizing Residential Solar Success in the ITC’s Final Months

Time is running out for homeowners who want to benefit from the 30% Investment Tax Credit (ITC) before it expires on December 31, 2025. EnergySage, a leading online residential solar marketplace, reported a 250% increase in homeowner activity following the One Big Beautiful Bill in July, the largest surge in the company’s history. With 65% of solar installers expecting to take new orders after October 1 and 90% not yet fully booked, the year-end window is critical. While this spike shows growing consumer interest, installers must act strategically to turn the heightened demand into completed solar installations before the ITC deadline.

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Vertex N 2000 V Module: Cutting Costs, Boosting Efficiency in Utility-Scale Solar

Trinasolar’s new Vertex N 2000 V solar module ushers in a new era for utility-scale solar by delivering 620 W power output and 22.7% efficiency while significantly lowering project costs. By enabling longer strings—37 modules per string instead of 28—this design cuts inverter needs by 25% (saving $1.2 million), trims BOS material by 25% (saving $865,00, and slashes LCOE by $0.86/MWh ($54.66 to $53.8 in a hypothetical 125 MWdc project scenario Trinasolar. With UL 61730 certification, enhanced reliability, and streamlined infrastructure needs, the Vertex N 2000 V module paves the way for more affordable, high-yield solar deployment.
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How Trina Solar Panels Withstand Extreme Hail: Durable by Design

Trina Solar’s latest blog post, When Hail Hits Hard, explores how their solar panels are engineered to withstand extreme hailstorms. Backed by rigorous testing and real-world performance, Trina Solar panels are designed for durability in the harshest weather. The article highlights the materials, engineering standards, and certifications that ensure resilience against hail impact. It also discusses case studies where Trina panels performed reliably during severe hail events. If you're in a hail-prone region, this post offers valuable insights into why Trina Solar is a trusted choice for long-term solar investment and reliable energy generation.

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