Edgy provides an Energy Operating System that unifies energy procurement and industrial usage, delivering site‑specific optimization and intelligence at scale. The platform integrates battery and renewable partners to support electrification projects, offering a customizable suite of software tools that improve performance with each deployment.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial facilities face increasing electricity market complexity, with disparate hardware, multiple contracts, and conflicting operational goals. The disconnect between energy procurement decisions and on‑site energy usage hampers efficient electrification and cost optimization.
Solution
Edgy provides an Energy Operating System (Energy OS) that unifies energy procurement and real‑time site consumption into a single, adaptable software suite. The platform delivers site‑specific optimization and intelligence at scale, continuously improving performance through its agentic architecture. By integrating with battery and renewable production partners, Edgy enables industrial customers to manage electrification projects, flexibility services, and custom electricity contracts from one interface. The system connects OEMs, retailers, and aggregators, creating a full‑stack energy value chain that aligns operational needs with market opportunities.
Target Audience
Primary customers are large industrial manufacturers and facilities that are undertaking electrification initiatives and need coordinated energy procurement and operational optimization.
Features
- Unified dashboard that links procurement contracts with real‑time on‑site energy consumption data
- Agentic OS that learns from each deployment to enhance system characterization and performance over time
- Integrated management of battery storage and renewable generation assets through partner connections
- Flexibility services and custom contract optimization across the entire energy value chain
- Scalable, modular software suite that can be customized to the specific needs of each industrial site