Results

This guide offers islands and islanded grids frequency management solutions as they journey toward a grid powered 100% by renewables.

This white paper explores how island utilities can address electric grid challenges while reaching their decarbonization goals.

This white paper explores the concept of synthetic inertia, the technologies behind it and how it could be the optimal solution to stabilize the electric grid in a future powered by DERs.

This white paper walks through the steps any commercial or industrial facility should take to determine a battery size that offers the best return on investment.

By taking advantage of modern data communications and advanced control technologies, utilities can tie PMUs and data networks together to help coordinate distributed energy resources.

This 205-megawatt (MW) facility became one of the first co-located solar and storage projects operating in the California market.

Operating through a single POI, this site needs to comply with CAISO setpoints and constraints and when not constrained by CAISO or its off-takers, delivers the maximum available amount of real power.

This white paper debunks six myths about renewable energy power plant controls and is a must-read for anyone researching renewable energy power plant monitoring and control platforms.

When a 25 MW solar farm came online, it reduced reliance on fossil fuels but created grid instability issues due to weather variations. A microgrid controller solved the instability and provided room to add more distributed energy resources.

The intermittency of wind and solar on this island grid caused rapid power fluctuations that traditional controls were too slow to handle. With PXiSE’s Power Plant Control, meeting ramp rate requirements at the utility point of interconnection became a breeze.

PXiSE’s Power Plant Controller automates storage of power generated from solar panels and wind turbines during the day and the discharge of power from batteries at night, optimizing electricity release when energy prices are highest.