Developed in Mongolia

Thermal storage and intelligence for greener heating.

We develop renewable sand-based thermal storage and connected heat-metering systems in Mongolia, helping buildings and heating operators explore cleaner, more flexible heat supply and better visibility into how heat is used.

The principle01 — Thermal storage
Electricity stored as heat, delivered when neededA conceptual section of an insulated thermal store. Electricity supplies heat to the sand storage medium. Stored heat is delivered to a heating system. This is an operating principle, not an equipment drawing.ELECTRICITYUSEFUL HEATINSULATIONHEAT-STORING SAND
Electricity in. Warmth, when it’s needed.
Conceptual thermal store · Operating principle, not equipment geometry
Flexible heat supplyBetter system visibility↓
One practical purpose

Renewable heat. Clearer information.

Better heating starts with how heat is supplied and how it is used. Thermal storage can hold energy from renewable electricity for delivery when heat is needed. Connected metering can make existing meter readings accessible remotely, helping operators understand demand and plan improvements. We give both challenges equal focus.

Each solution can be evaluated independently, according to the needs of the site.

02 / Store warmth

Renewable electricity in. Useful heat, later.

Our sand-based heating solution is ready for pilot deployment. Store renewable electricity as heat for off-grid heating, or charge with night-time electricity for use during the day. Each installation connects the available energy supply with the site’s heating needs.

How thermal storage works
Operating principle
  1. ChargeElectricity becomes heat.
  2. StoreInsulated sand retains heat.
  3. DeliverUseful heat enters the heating circuit.

Stored as heat. Delivered as heat. Not electricity returned to the grid.

03 / Understand demand

A clearer view of how heat is used.

We’re developing a connected heat-metering solution that turns readings from compatible existing meters into useful information. Remote collection and organized records can help operators understand consumption, investigate operating patterns, and make better-informed decisions about their heating systems.

Explore Connected Metering
Conceptual data flow
  1. Compatible meterA supported interface.
  2. Reader / gatewayCollects readings.
  3. CommunicationsTransfers readings.
  4. Data platformOrganizes the records.
  5. Operator viewMakes information usable.

An intended system, assessed for each installation. Monitoring does not itself provide automatic control or billing approval.

Let’s find a useful next step

Have a heating challenge in mind?

Tell us about your building, network, or project. Let’s explore whether thermal storage, connected metering, or a focused pilot is a useful next step.

Discuss a Pilot