ThermoShift optimizes the operation of thermal energy storage assets for participation in electricity markets, cutting energy costs and CO2 emissions.
Product
Thermal batteries offer major cost and sustainability benefits over traditional batteries, but their operation is inherently more complex:
they are charged by HVAC, governed by thermodynamics, and coupled to thermal processes that must be managed.
ThermoShift uses advanced forecasting and optimization algorithms to model and optimize the operation of thermal
systems in real time, maximizing value across electricity markets, HVAC performance, and local self-consumption.
Real data from operating a heat pump and hot water storage system in a building
Cost-Effective
Shift loads to low-price periods and provide grid services while maintaining thermal constraints.
Sustainable
Maximize renewable energy use from the grid and self-consumption to meet your sustainability goals.
Compatible
Ice storage, chilled/hot water storage, PCMs (Phase Change Materials), and more.
Safe
Your thermal requirements always come before cost optimization.
Robust
Adapting in real-time to changes in system state, demand, prices, and local production.
Transparent
Track performance, savings, and emissions with live dashboards and periodic reports.
Vision
50% of global energy goes to heating and cooling.
In many of these applications, thermal storage is a better alternative to traditional batteries:
Thermal storage is complex to optimize for electricity markets. ThermoShift makes it simple.
Use cases
Building heating and cooling
Data center cooling
Supermarkets & food storage
Pharmaceutical warehouses
Industrial heating and cooling
District heating and cooling
Greenhouses & agriculture
Sports facilities
Process
Step 1
Step 2
Step 3
installations currently managed by ThermoShift
Ready to cut costs and emissions? Let's talk.