Bainox operates CO2-neutral data centers in Europe that utilize high-performance computing and direct-liquid cooling systems to convert excess energy into emissions-free heat. This approach addresses the instability of renewable energy sources and the growing demand for carbon-free heating solutions, while also stabilizing the electrical grid.
Funding
Funding not disclosed
Founders
Product
Problem
Renewable energy sources are inherently volatile, causing instability in the electrical grid. Simultaneously, the demand for emissions-free heating solutions is increasing, particularly in Northern Europe. There is a lack of infrastructure to effectively balance grid frequency while providing carbon-neutral heating.
Solution
Bainox addresses these challenges by operating CO2-neutral data centers in Europe that utilize high-performance computing (HPC) and direct-liquid cooling (DLC) systems. These data centers convert excess renewable energy into emissions-free heat for industrial and district heating networks, while also providing grid stabilization services by adjusting power consumption in response to frequency fluctuations. By monetizing surplus energy through computing power and selling the generated heat, Bainox creates a sustainable infrastructure that actively contributes to CO2 reduction. The company's approach stabilizes the electrical grid by reacting to frequency variations and adjusting the load in its data centers, ensuring a consistent grid frequency.
Target Audience
Bainox targets grid operators seeking to stabilize the electrical grid, industrial and district heating networks in need of emissions-free heat, and organizations requiring high-performance computing resources.
Features
- CO2-neutral data centers powered by renewable energy sources
- High-performance computing (HPC) using modern ASIC and GPU servers
- Direct-liquid cooling (DLC) systems to capture and reuse waste heat
- Heat recovery for industrial facilities and district heating networks
- Grid stabilization services through automated load adjustment in response to frequency fluctuations
- Flexible computing power for decentralized networks and centralized workloads
- Up to 2000 tons of CO2 saved annually per MW of installed capacity through waste heat utilization