Major heat supply company

10 000+

Heat supply dispatch platform

residential buildings get as much heat as they need right now — not according to a common schedule. A domestic platform for the middle and upper levels of the automated dispatch system.

Meter pollingMonitoringAlertsRegulationBuilding reports

20–24%

average heat savings

10 000+

buildings connected to the platform

12

types of meters and regulators

2 levels

The automated dispatch system developed by ESTESIS

The previous system had limitations. We built an independent domestic platform that itself decides how much heat to give each building — across thousands of heat substations at once.

From task to result

4 chapters · ~3 minute read

Task

Give dispatchers and the technical service a single picture across thousands of residential buildings and control heat supply automatically — without reducing residents' comfort.

The previous dispatch system had limitations, and the import substitution policy required an independent solution of the client's own in its environment.

Client

One of the country's largest heat supply companies. It serves the housing stock of a megacity: thousands of heat substations with meters and regulators from different manufacturers and generations.

Approach

We developed a two-level software platform. The lower-level equipment — meters, regulators and IoT devices — was already in the buildings; we integrated it.

  1. 01Middle level: data collection servers poll 12 types of meters and regulators over their protocols, read archives and bring the data to a single format
  2. 02Upper level: workstations for dispatchers and the technical service, monitoring of parameters and emergencies with alerts
  3. 03Remote control of heat substation regulator modes
  4. 04Reports and savings control for each building
  5. 05An independent domestic solution in the client's environment

Result

On a command from the platform, the regulator mixes water from the return pipe into the supply circuit — the building gets as much heat as it needs right now, not according to a common schedule.

More than 10,000 buildings are connected to the platform; heat savings average 20–24%.

Three levels

The equipment in the buildings was already in place. We integrated it and built a data collection and dispatch platform on top of it.

Upper level

Dispatch platform

Workstations for dispatchers and the technical service, monitoring, alerts, remote control of regulators, savings reports.

We developed

Middle level

Data collection and polling servers

Polling 12 types of meters and regulators over their protocols, reading archives, bringing the data to a single format.

We developed

Lower level

Equipment in the buildings

The client's meters, regulators and IoT devices in heat substations.

We integrated

Stack and competencies

DispatchingTelemetryMeter integrationAutomatic regulationHigh loadImport substitution

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