State of Illinois and Cache Energy Sign REV Tax Credit Agreement, Announce Manufacturing Expansion
Cache Energy signs the Renewable Energy and Vehicle (REV) Tax Credit Agreement with the State of Illinois to expand its manufacturing presence and strengthen domestic clean energy production.

We are excited to sign the Renewable Energy and Vehicle (REV) Tax Credit Agreement with the State of Illinois to expand our manufacturing presence in the state. We appreciate Illinois' leadership in strengthening energy security, reliability, and domestic manufacturing.
"Illinois is proudly leading the way in the clean energy revolution with new jobs, economic growth, and groundbreaking progress in the clean energy manufacturing sector," said Governor J.B Pritzker. "I'm pleased to see Cache Energy expand its operations right here in Illinois, and I applaud the company's innovative approach to renewable energy storage as Illinois takes bold steps toward a more sustainable future."
Illinois is proudly leading the way in the clean energy revolution with new jobs, economic growth, and groundbreaking progress in the clean energy manufacturing sector.
Governor J.B. Pritzker, State of Illinois
2026-03-05
Press Release
Cache Energy Demonstrates Rapid, Modular Thermochemical Storage at Duke Energy's Mt. Holly Facility
Cache Energy recently completed a successful demonstration of its thermochemical energy storage at Duke Energy's Mt. Holly testing facility, hosting several interested industrial companies.
2025-09-25
Press Release
Cache Energy Collaborates with U.S. Army ERDC-CERL to Develop Advanced Energy Storage System for Military Resilience and Emergency Preparedness
Cache Energy announced a partnership with the U.S. Army's Construction Engineering Research Laboratory to test an energy storage system for military installations during emergencies and grid outages.
2024-06-10
Press Release
Cache Energy Wins First Prize at White House Event
Cache Energy took home first prize at a White House competition event, recognizing its breakthrough thermochemical energy storage technology for industrial decarbonization.