Commercial Solar Insights & Industry News

BESS Battery Energy Storage Systems and the Modern Grid

Data Center Cooling Systems for AI and High-Density Infrastructure

Ningbo University researchers used PECVD nanowire architecture to solve silicon anode expansion in solid-state batteries. Here's how the engineering works.

Data Center Energy Efficiency: Why Big Tech Is Building Private Power Infrastructure

Solid State Battery Breakthrough: Energy Density, Cycle Life, and EV Impact

Data center energy consumption is rising fast with AI demand. Explore how modular turbines and new energy systems are reshaping the future of power.

THE BIG PICTURE Every time you use the internet, a data center is burning electricity somewhere. From cloud storage and AI assistants to video streaming and real-time transactions, the world's digital infrastructure depends on massive facilities running 24 hours a day, 365 days a year. Data centers already account for roughly 1–2% of global electricity consumption — and that number is climbing fast as AI workloads explode. The question for any data center operator is no longe

Microgrids are rapidly becoming essential for grid resilience as advanced storage systems and microgrid control systems transform commercial energy infrastructure.

The California Court upheld NEM 3.0, confirming major changes to solar export credits and accelerating the shift toward solar-plus-storage systems.

In the world of data center energy news​, one topic is becoming impossible to ignore: cooling. As modern data centers evolve to support high-performance computing and localized AI factories, the energy demands associated with thermal management are rapidly increasing. Traditional HVAC strategies are no longer sufficient for high density racks powered by GPUs and advanced AI chips. Across the industry, AI data center energy news increasingly highlights hybrid cooling architect

China’s 4.2 GW Lianghekou Hybrid Project integrates hydro, wind, and solar to firm 7 GW of renewables and anchor long duration grid stability.

PG&E rates news for 2026 reveals a new fixed Base Services Charge that could raise bills for some customers. Learn what changes, who it affects, and why it matters.

Engineering analysis of the Goldendale pumped hydro energy storage facility and why it matters for long duration grid reliability and renewable infrastructure.

Solar Farm Capacity Growth in the United States The utility scale solar farm sector is entering a phase of accelerated deployment driven by improved module availability, stabilized logistics networks, and stronger grid interconnection planning. In early 2026, project data shows a measurable reduction in construction delays compared with prior years. This indicates that global polysilicon production, inverter manufacturing, and transformer supply chains have reached a more pre

New long duration energy storage technology could solve renewable intermittency and reshape grid reliability. Here is how it works.

Solar panel degradation rate impacts efficiency and lifespan. Learn how new hydrogel cooling technology could reduce heat damage and improve long term performance.

Commercial HVAC systems are changing rapidly as 2026 approaches, with new refrigerant requirements, expanded electrification through heat pumps, and smarter HVAC controls shaping how commercial building systems are designed and upgraded.

2026 Title 24 California Updates Occupied Roofs, Lithium Ion Battery Safety, and more.

Developers canceled 1,996 U.S. power projects in 2025, removing 266 GW from the electric grid. Here’s why it happened and who will pay the price.

CES 2026 takeaway from a solar engineer. The future is not just about better batteries, it is about generating power everywhere.