How Renting or Leasing Puts On-Site Power Within Reach You need on-site power. Maybe it's for a new facility that's months or years away from a grid connection. Maybe it's supplemental power generation for an operation that can't afford downtime.…
Capstone’s Energy Surplus Program (ESP) delivers scalable on-site power, integrated cooling, and resilient infrastructure so AI data centers can scale with modular, fast deployments on a “Pay as You Grow” basis. As grid constraints, utility…
At Capstone Green Energy’s Van Nuys headquarters, a new collaboration with Watt AI, Inc. (known as WattAI)is showcasing how intelligent control systems can redefine microgrid efficiency. The demonstration…
Capstone and WattAI Demonstrate Advanced At-the-Meter Optimization at Capstone HQ : Read More
The energy landscape is shifting, and microgrid solutions are at the forefront of this revolution. While the concept might sound futuristic, the reality is that microgrids are no longer a fringe technology but a crucial solution for a more…
Transforming Energy: Capstone Green Energy’s Role in the Microgrid Revolution: Read More
Energy operators globally face increasing pressure to reduce and prevent gas flaring and venting. The World Bank’s Zero Routine Flaring by 2030 (ZRF) Initiative aims to end gas flaring practice by 2030. Gas flaring and venting contribute…
How Capstone's Innovations in Gas Flaring Turns Challenges Into Opportunities: Read More
Introduction to District Energy Systems District energy systems are revolutionizing the way communities power their buildings, offering centralized solutions for heating, cooling, and electricity needs. These systems utilize central plants to…
District Energy Systems: Powering Sustainable Communities: Read More
Today’s commercial greenhouse operators are seeking innovative ways to balance crop health and yield with overall operating costs. A Combined Heat and Power (CHP) system might just be the “silver bullet,” not only to address both of…
CHP Helps Greenhouses Grow Better, Save Money, and Reduce Emissions: Read More
While the demand for electric vehicles (EVs) has grown exponentially in recent years, the infrastructure needed to power them is struggling to keep up. Not only do new charging stations take an average of 6-18 months to implement, but grid…
MOBILE MICROTURBINE-BASED CHARGING PUTS EV FLEETS ON THE ROAD FASTER: Read More
A Deep Dive into Capstone’s Microturbine System Controls Capstone microturbines integrate an aero-based turbine engine, a magnetic generator, advanced power electronics, with patented air bearing technology. The integrated system controls serve a…
A Deep Dive into Capstone’s Microturbine System Controls: Read More
