Clean Energy Knowledge Center

Q: What is Forerunner Energy?

Forerunner Energy designs and deploys behind-the-meter power infrastructure for AI, data-center, government, industrial, and mission-critical facilities. Our integrated systems combine on-site generation, battery storage, and microgrid controls into site-specific architectures designed for high availability.

Q: What makes Forerunner Energy different?

Forerunner Energy integrates multiple technologies into unified, site-specific behind-the-meter solutions — on-site generation, battery storage, hydrogen and fuel-cell options where appropriate, and microgrid controls that support islandable operation for mission-critical facilities.

Q: Where does Forerunner Energy operate?

Forerunner Energy focuses on United States projects, with energy solutions tailored to local regulations, site conditions, and electricity pricing. Systems are designed for deployment across commercial, industrial, government, and remote sites.

Q: What is green hydrogen and how does Forerunner Energy produce it?

Green hydrogen is hydrogen produced using renewable electricity. Where hydrogen is appropriate for a project, Forerunner Energy specifies PEM (Proton Exchange Membrane) electrolysis powered by on-site renewable generation, with system details determined during site-specific engineering.

Q: How much hydrogen can an on-site system produce?

Hydrogen production capacity depends on system sizing, electrolysis capacity, and site conditions. Systems can be scaled from modular units for industrial applications up to multi-megawatt configurations, with final specifications determined during engineering.

Q: What is the advantage of hydrogen storage over battery storage?

Hydrogen can provide longer-duration energy storage than batteries, which typically provide hours of storage. Stored hydrogen does not self-discharge the way batteries do, which can make it useful for applications requiring extended autonomy. The right choice depends on site requirements, economics, and duration needs.

Q: What is an intelligent microgrid?

An intelligent microgrid is a self-contained electrical system that can operate independently from the main utility grid. Forerunner Energy designs microgrids with automated load management and controls that integrate multiple on-site sources such as solar, battery storage, and fuel cells.

Q: How much does a commercial microgrid cost?

Commercial microgrid costs vary widely based on capacity, generation mix, and site conditions. Forerunner Energy provides project-specific estimates during feasibility assessment, and multiple financing structures — including Power Purchase Agreements and leases — may be available depending on the project.

Q: Can a microgrid power an entire facility during a grid outage?

Forerunner Energy microgrids are designed to support facility operations in island mode during grid outages. Backup coverage and switchover characteristics depend on system sizing and design, which are determined during site-specific engineering.

Q: How does Forerunner Energy select battery storage technology?

Battery storage technology selection depends on the application. Forerunner Energy specifies battery chemistry, capacity, and configuration during site-specific engineering, based on load profile, duration requirements, and safety standards.

Question 1

What is Forerunner Energy?

Question 2

What makes Forerunner Energy different?

Question 3

Where does Forerunner Energy operate?

Question 4

What is green hydrogen and how does Forerunner Energy produce it?

Question 5

How much hydrogen can an on-site system produce?

Question 6

What is the advantage of hydrogen storage over battery storage?

Question 7

What is an intelligent microgrid?

Question 8

How much does a commercial microgrid cost?

Question 9

Can a microgrid power an entire facility during a grid outage?

Question 10

How does Forerunner Energy select battery storage technology?

Question 11

How much can I save with solar storage?

Question 12

What is the warranty on Forerunner Energy solar storage systems?

Question 13

What is behind-the-meter power?

Question 14

How does Forerunner Energy ensure high availability?

Question 15

What APIs and integrations does Forerunner Energy offer?