Eclave builds modular, containerized power‑compute systems that turn wasted or stranded energy—such as flared gas or curtailed solar—into usable electricity for data processing, AI workloads, and electric‑vehicle charging. Their Economic Battery™ architecture lets on‑site generation serve as both flexible compute power and revenue‑generating standby capacity, while grid‑integration features provide stability and ancillary services for industrial sites, renewable farms, and data center operators.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial sites, remote locations, and renewable installations often produce excess or stranded energy—such as flared gas or curtailed solar power—that is wasted because there is no affordable, on‑site solution to capture and utilize it.
Solution
Eclave develops modular power‑compute systems that convert otherwise wasted energy into usable electricity for data processing, AI workloads, and electric‑vehicle charging. Their containers integrate generation, cooling, and compute resources, allowing on‑site generation to supply flexible compute loads or serve as standby power that can be monetized when not needed for primary tasks. By linking these blocks to grids and renewable assets, Eclave stabilizes supply, reduces curtailment, and creates revenue streams from previously idle energy sources.
Target Audience
Primary customers are industrial operators, renewable energy farms, and data center providers seeking to monetize excess energy and improve power reliability for compute or EV charging applications.
Features
- Modular containerized units that combine generators, thermal management, and high‑density compute hardware for plug‑and‑play deployment
- Stranded gas conversion technology that captures flared or capped gas and turns it into reliable on‑site electricity
- Economic Battery™ architecture that provides standby power while generating revenue through flexible compute workloads
- Grid‑integration interface that smooths renewable curtailment and offers ancillary services such as frequency regulation
- Scalable design allowing rapid installation at remote sites, data centers, or EV charging stations without extensive civil work