Colectric enables utilities to quickly add clean‑energy capacity for AI data‑center loads by pairing existing power‑plant sites with on‑site renewable generation and data‑center infrastructure, creating a “Power Couple.” The model uses surplus interconnection rights to secure grid access in months, eliminates the need for new gas turbines, and draws power locally so there is no net withdrawal from the broader grid, reducing capital costs, regulatory complexity, and grid upgrade requirements.
Funding
Funding not disclosed
Founders
Product
Problem
Utilities face lengthy interconnection timelines, high capital costs, and regulatory complexities when adding new generation capacity, especially for AI-driven data center loads. Uncertain demand forecasts and risk‑transfer challenges further delay clean‑energy deployments.
Solution
Colectric creates “Power Couples” by pairing existing power‑plant sites with on‑site clean‑energy generation and data‑center capacity. The model leverages surplus interconnection rights to secure grid access in months rather than years and eliminates the need for new gas turbines. Because the data center draws power directly from the co‑located generation, there is no net withdrawal from the broader grid, avoiding costly upgrades and simplifying regulatory approval. The solution aligns with utility incentives by providing on‑site, utility‑owned load, reducing risk exposure and improving affordability for AI compute workloads.
Target Audience
Primary customers are electric utilities and landowners with existing power‑plant sites seeking to monetize assets and support AI data‑center demand, as well as AI compute providers looking for reliable, low‑carbon power.
Features
- Utilizes existing interconnection rights to achieve grid connection within months
- Integrates renewable generation (e.g., solar, storage) with data‑center infrastructure at the same site
- Eliminates the need for new long‑lead‑time gas turbines by retrofitting existing plants
- Requires zero net power draw from the external grid, avoiding additional transmission upgrades
- Simplifies permitting by keeping cost impacts on the host utility rather than other ratepayers
- Provides a utility‑owned, on‑site load that supports AI compute while generating revenue for the host asset