Microgrid Academy

Microgrid Basics

Learn how generation, storage, controls, and connected loads work together to keep power reliable, flexible, and resilient.

A large array of solar panels with a grid pattern, featuring dark blue and reflective surfaces aligned in a structured manner. The panels are arranged side by side, creating a uniform and organized layout.

Inside Microgrids

See the systems, components, and control strategies that keep microgrids resilient.

A close-up of solar panels featuring a grid of dark photovoltaic cells arranged in a linear pattern. The soft lighting creates a gradient effect across the surface, enhancing the reflective quality of the panels.
Several battery storage systems are organized in a room with a green floor. Each system is housed within a white metal frame, featuring black components and various wiring connections. Coiled cables hang on the wall, and some cables are on the floor in front of the systems.
An electrical switchgear panel with multiple circuit breakers and wiring is organized within a metal frame. Colored wires are neatly attached, and labels or indicators can be seen on some components. The environment suggests an industrial or technical setting.
A sleek, modern energy storage unit with a digital display screen near the top and a green LED indicator below. The unit has a white and gray color scheme with a logo in the middle section.
In a grassy outdoor setting, multiple solar panels are arranged on the ground near a white canopy tent. Under the canopy are a table with electronic devices and a blue guitar, suggesting a relaxed, off-grid setup.
A complex network of electrical infrastructure composed of metal towers, transformers, wires, and high voltage equipment, set against a partially cloudy sky. The landscape includes green vegetation in the background and gravel areas around the structures.