Powerdrive provides data centers with a system that captures waste heat from generators and converts it into cooling, allowing megawatts of otherwise stranded power to be redirected back to compute workloads. By eliminating traditional chiller loads, the solution can cut cooling costs by over 90% and increase effective generator efficiency by 10‑13%, helping operators accelerate capacity deployment and reduce utility interconnection delays.
Funding
Funding not disclosed
Founders
Product
Problem
Data centers consume a large portion of their power for cooling, with up to 25% of total electricity used to remove waste heat from compute equipment. This cooling load creates a double energy penalty, limits the amount of power available for additional compute, and is exacerbated by long utility interconnection delays that strand potential capacity.
Solution
Powerdrive installs a thermally‑driven turbocompressor system that captures waste heat from server racks and uses it to drive on‑site cooling equipment. By converting the heat directly into cooling, the system reduces the electrical demand of chillers by more than 90%, freeing megawatts of capacity for additional compute workloads. The reclaimed power also improves the effective output of on‑site generators by 10–13%, lowering overall operating costs and enabling faster deployment of new compute resources despite grid interconnection bottlenecks.
Target Audience
Primary customers are data center operators and owners seeking to increase compute density and reduce energy expenses, as well as enterprise tenants looking for lower total cost of ownership through more efficient cooling.
Features
- Thermally‑driven turbocompressor that converts rack waste heat into mechanical work for chillers, eliminating the need for separate electric cooling power
- Integrated control platform that balances heat capture and cooling demand in real time to maintain optimal server temperatures
- Compatibility with existing on‑site power generation (diesel, natural‑gas, or renewable) to boost generator efficiency by up to 13%
- Modular hardware design that can be retrofitted into legacy data center cooling loops or installed in new builds
- Monitoring dashboard providing metrics on cooling cost reduction, reclaimed power capacity, and generator performance