An integrated energy system, not another component in the machine room.
One system, two modes: cools when needed, generates electricity when it pays. The switch is automatic, driven by operating conditions. The outcome: waste heat stops being a cost and becomes an asset.
AI has rewritten the rules of cooling.
Density
AI racks reach 150 kW. Cooling has become the data center's first operating cost.
Continuity
In a blackout, IT is protected by the electrical UPS. Cooling is not. A real operational risk.
Compliance
From 2027 EnEfG mandates waste heat recovery. Today that heat is simply thrown away.
The platform that rewrites the economics of cooling.
Heat pump when cooling is needed, ORC cycle when generating electricity pays. Automatic transition, patented architecture. It does not replace a component: it transforms the cost structure of the data center.
Thermal continuity
Cooling guaranteed even in a blackout. Eliminates CAPEX for cooling batteries: approximately €900K per 10 MW IT.
Capacity unlocked
The ORC self-generates electricity for auxiliaries. PUE from 1.12 in winter to 1.01 in summer. More racks, same power.
Heat as revenue
40,800 MWh/year at 80–90°C for district heating. Or 2,356 MWh/year of electricity from ORC.
Native compliance
Designed for EnEfG 2027 and RED III. Zero retrofit, zero regulatory risk.
What changes, in figures.
Reference: 10 MW IT data center, 150 kW/rack.
Find the right model for your data center.
Three questions, one answer. Every data center starts from a different situation: the platform adapts. Answer the next three questions and we take you straight to the model that fits.
Do you have a district heating network within roughly 2 km of your data center?
A nearby DHC network completely changes the business case.
Do you prefer to avoid CAPEX and hand the thermal asset to an external operator?
Financing, installation and operation entirely off your balance sheet.
Do you want fully autonomous cooling and to drive cooling costs to zero?
Thermal storage, peak shaving, energy self-sufficiency.
Every project has its own configuration.
Let's talk: 30 minutes to figure out the right fit together.
Already have an idea? Go straight to: RHP for DHC· RHP + Thermal Storage· Energy as a Service
From the lab to the plant. It has already happened.
Sold and operational
The first plant has been in production since June 2026. Measured performance, not projected.
Beyond expectations
Operating data exceeds design targets on COP and heat recovery.
Patent filed
October 2025. Reversible ORC applied to the data center. Co-inventors: Marco Margotti and Giuseppe Toniato.
The team
Marco Margotti, CEO: 20 years of B2B technical sales, 6 years on ORC Kaymacor. Giuseppe Toniato, CTO: 30 years of thermodynamic systems and ORC patents.
Who BI-K is for.
Same heat, three different opportunities.
High-density cooling, EnEfG compliance and AI capacity from day one. Choose the engagement model that fits your infrastructure.
Request a thermal assessment →Contracted, predictable, decarbonised heat. A new thermal asset to integrate into your network, with measurable payback.
Propose your network →Patented platform, first plant operational, market driven by AI demand and European heat-recovery mandates. Pre-seed round open.
Access the data room →The BI-K Energy Platform was built where the two infrastructures meet. If you are a DC operator with a district heating network nearby, or a utility with a data center in your catchment area, let's talk: this is the use case the platform was designed for.
Let's build the first integrated project →Thirty minutes to find out if the platform fits your project.
No commitment. A technical call to assess configuration, numbers and next steps together.
Book a call →