Cut energy costs and CO₂ emissions by participating in electricity markets.
Product
Thermal batteries offer major cost and sustainability benefits over traditional batteries, but their operation is inherently more complex:
they are charged by HVAC systems, governed by thermodynamics, and coupled to heating/cooling 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:
Real data from operating a heat pump and hot water storage system in a building
Cost-Effective
Shift electricity use to low-price periods, provide grid services, and boost the efficieny of your equipment while maintaining thermal constraints.
Sustainable
Maximize renewable energy use from the grid and self-consumption to meet your sustainability goals.
Compatible
Molten salts, chilled/hot water storage, ice 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:
Applications
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.