Home Energy Management

Behind the meter, ahead of the bill.

HEM builds a load model of a house from its address, then schedules its appliances around the price of electricity and the output of solar, wind, and storage — with the thermostat inside its comfort band and every job finished as asked.

From an address
a realistic household model
Grid-cost
objective — not total energy
Consent-first
curtailment, previewed exactly
What-if
EV · solar · heat pump, priced

Optimisation you can watch, bills you can explain

Most home-energy tools assert savings; HEM measures them. A day plays from midnight — appliances switching, the battery filling, the bill climbing — and every figure carries the explanation of how it was arrived at. Change the household below and press play.

Solar 6 kW
Battery 10 kWh
Household
Strategy
$1.03day cost
7.6grid kWh
$7.79saved vs unscheduled
00:00
off-peakday peaksolar battery

Objective: rate × max(0, load − generation) — grid energy, not total energy.

The grid edge, done honestly

A model from an address

HEM derives a household load model from the property itself, refined with appliances, presets, and generation assets.

Price-aware scheduling

The optimiser costs grid energy, so it parks flexible load under solar output and cheap hours subject to comfort and completion.

Live day playback

Watch the day play from midnight: switching, charging, spending optimisation made visible.

Curtailment with consent

A utility's request to use less is previewed exactly, and changes nothing until the household agrees.

Bill disaggregation

The utility meter split between appliances, each line carrying how its figure was arrived at.

What-if scenarios

An EV, solar, a heat pump priced on the household's own model, with and without the change.

Strategy comparison

Head-to-head questions answered by measurement rather than assertion, with every run kept in history.

Model checks

Baseline drift detection and validation show whether the model behind the numbers still holds up.

See it, end to end

rate × max(0, load − generation) — grid energy, not total energy Address property → load model appliances · tariff Assets solar · wind · storage EV · heat pump Scheduler comfort band held every job completed grid cost minimised The scheduled day battery bridges peak flexible load under solar 00:0012:0024:00 The bill, explained EV chargingHeat pump AppliancesEverything else Every figure carries the explanation of how it was arrived at — measured, not asserted.
1

Model the home

Start from the address; confirm the appliances, tariff, and any solar, wind, or storage.

2

Choose a strategy

Pick how aggressively to chase price and self-consumption  comfort constraints always hold.

3

Let the day run

The scheduler places every flexible job; the dispatcher follows the plan against the real day.

4

See where the bill went

Disaggregation explains each appliance’s share and what the next change would be worth.

Where Home Energy Management earns its keep

Utility customer engagement

A genuinely useful energy companion, branded and integrated with the utility’s data.

Demand response programmes

Consent-based curtailment with an exact preview turns DR from an imposition into an offer.

Time-of-use adoption

Show households what a TOU tariff would really cost  and how scheduling wins it back.

Electrification advice

EV, heat-pump, and solar what-ifs priced on the household’s own model.

Grid-edge insight

Aggregate scheduling behaviour shows the utility what flexibility exists behind the meter.

Under the hood

Current, supported, boring-on-purpose technology  the kind that stays deployable for years.

Angular 20
FastAPI
PostgreSQL 16 + TimescaleDB
Redis
Keycloak
Flyway
Family design system

Part of the Grid Data Family

Every family application shares one identity platform, one design system, one registration pattern, and one deployment path.

The family’s meter data platform  HEM’s door to measured reality.

Simulates households and devices for development and demos.

The grid-side view that completes the distribution picture.

See Home Energy Management live

A working demonstration takes thirty minutes  on our environment or yours, with realistic simulated data.

Products

Contact

8100 Penn Ave S, suite 150j, Bloomington, MN – 55431

 +1 (763) 353-4363

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