Solution · HVAC & Thermal Electrification
Make thermal devices worth more after they connect.
Use WattShift to turn heat pumps, thermostats, and water heaters into thermal batteries: better comfort products that reduce customer bills and create new revenue from every connected device.
Customer outcomes
Give every connected thermal device a stronger value story.
Heat pumps, thermostats, and water heaters already have flexible thermal capacity. WattShift helps your product turn that flexibility into customer value without asking people to think about rates.
Lower customer bills
Run heating, cooling, or hot water around the hours when energy is cheaper or cleaner while preserving the comfort range customers already chose.
New connected-device revenue
Turn flexible thermal load into a program-ready asset so each connected device can support demand response, grid services, or other value streams.
Clear operating-cost proof
Compare heat-pump operation against a gas furnace, then show what customers saved when energy-smart features were enabled.
Comfort-preserving optimization
Price windows only matter if comfort still holds.
The best thermal action is often before the expensive window starts. Your product can preheat, precool, or charge hot water when conditions are favorable, then coast through peak periods while staying inside the customer's comfort guardrails.
Keep comfort as the constraint
Respect preferred temperature, min/max bounds, readiness, and recovery behavior.
Coast through expensive hours
Pre-cool or preheat briefly, then reduce runtime when prices spike without making the product feel worse.
68F - 72F
Product routing
Integrate the APIs where the customer value is created.
WattShift does not need to be another visible thermostat feature. It can sit underneath the experience: one signal for runtime decisions, one calculation layer for customer-facing proof.
Build thermal products that save customers money and create value after install.
Use docs when you are ready to test Price Signals. Use contact when you want to talk through a thermal-battery workflow, device economics, or revenue model.