Miix Energy designs, builds, and deploys modular power generation and storage systems for utilities, data centers, and municipalities. Leveraging a network of specialized partners, the company can deliver up to 850 MW of capacity in rapid 30‑90‑day deployments, offering both temporary bridge power and long‑term, sustainable solutions such as geothermal and energy‑storage packages. Their end‑to‑end service ensures reliable, scalable energy infrastructure tailored to mission‑critical operations.
Funding
Funding not disclosed
Founders
Product
Problem
Electric utilities, data centers, and municipal facilities often face sudden power demand spikes, equipment failures, or the need to replace aging generation assets, leading to operational downtime and reliance on inefficient, carbon‑intensive backup solutions.
Solution
Miix Energy delivers modular power generation and storage systems that can be deployed within 30–90 days, providing rapid temporary capacity or a pathway to permanent, sustainable infrastructure. Their offerings include mobile generators for immediate gap‑bridging, temp‑to‑permanent packages that transition from short‑term to long‑term operation, and geothermal‑based energy storage to enhance grid stability and reduce emissions. By coordinating a network of specialized partners, Miix manages the full project lifecycle—from design and permitting to installation and commissioning—ensuring minimal disruption and optimized energy efficiency for critical customers.
Target Audience
Primary customers are electric utilities and cooperatives, data center and crypto‑mining operators, and local government or municipal entities that require reliable, fast‑to‑deploy power solutions.
Features
- Scalable, containerized power generation units that can be mobilized and connected on site within weeks
- Temp‑to‑permanent solution kits that allow seamless conversion from short‑term backup to long‑term generation assets
- Geothermal energy storage modules that provide high‑efficiency, long‑duration discharge for grid support
- End‑to‑end project management, including engineering, permitting, logistics, and commissioning
- Compatibility with existing utility infrastructure and integration with renewable energy sources
- Rapid deployment timeline (30–90 days) for most standard configurations