EcoHash converts surplus renewable electricity into revenue and usable heat through controllable computing loads, managed by the HashLink Controller and integrable with Siemens systems. The generated computing power is provided to the Bitcoin network. EcoHash reduces curtailment, increases €/kWh value, delivers heat for on-site use, and shortens project payback while supporting flexible energy assets.
Expandable in 20 kW blocks up to 60 kW per unit; cascade multiple units for larger projects. Hot-swap cassettes simplify service and upgrades, minimizing downtime and letting sites scale capacity with available surplus power and heat demand.
Automated communication with external systems (PV, storage, heat pumps). Real-time surplus sensing and closed-loop control with fast 0–100% ramping and scheduling. Interfaces: Modbus/TCP, OPC UA, digital/analog I/O, REST; designed for Siemens environments.
Integrated liquid-cooling loop dissipates heat when thermal energy isn’t needed, protecting hardware and maintaining output. Reconfigurable to connect to an external free-cooling unit or dry cooler for seasonal optimization and lower operating costs.
Includes plate heat exchangers and a customer-side circulation pump for direct tie-in to existing heating circuits. Control logic manages flow, pump speed, and temperature set-points to deliver up to 80 °C supply without extra third-party kits.
Built-in electrical, thermal, and process sensors (power, temperatures, flow, pressure) enable precise operation and transparency. Telemetry supports real-time monitoring, alarms, trend analysis, and data export for reporting and performance optimization.
EcoHash absorbs surplus renewable power during grid congestion, converting it into compute and heat. This reduces curtailment, stabilizes distribution, and increases the value per kWh.
Skylance Router requires LAN or SIM, based on chosen setup option
Heat tie-in ≥1″; preparation required per connection option
Requires ≥100 kW renewable capacity or ≥100,000 kWh per year in surplus energy
Approx. 10 m² dry, weather-protected area required for installation
400 V, 3-phase connection with ≥160 A via NH fuse disconnector