Energy optimisation

Energy management optimisation offered by OptiGO! generates savings on various energy sources. Monitoring and control of the operation of internal systems and heat sources make it possible to reduce the consumption of heat, electric power and natural gas in the building.

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ENERGY OPTIMISATION
AT THE HEATING UNIT

Installed in every building, the heating unit is a device that makes it possible to supply heat to the building from the district heat supply system. The heating unit distributes the heat to the appropriate systems in the building, such as central heating, domestic hot water or process heat. The heating unit is crucial for the proper operation of the entire heating system in the building.

ENERGY OPTIMISATION
IN A HYBRID SYSTEM

A hybrid heating system uses more than one heat source to provide central heating and domestic hot water in the building. It usually combines state-of-the-art green heat sources, such as heat pumps, with conventional sources, e.g. gas-fired boilers. The hybrid systems reduce heating bills and provide a certain degree of energy autonomy by adjusting to the changing weather conditions, energy prices and heat demand.

ENERGY OPTIMISATION
IN GAS HEATING SYSTEM

A gas heating system uses natural or liquefied gas (LPG) as fuel to provide central heating and domestic hot water in the building. Usually, the system consists of a gas-fired boiler (heat source), heat distribution system and heat emitters (hot water radiators, underfloor heating or forced-air heating systems). It is a convenient, reliable and relatively cheap solution, but it requires access to the gas network or a liquefied gas tank.

ENERGY OPTIMISATION
IN OTHER INTERNAL HEATING SYSTEMS

We have developed a set of services to improve the performance of the heating systems in multi-storey buildings while reducing the operating expenses. One of the key solutions in our approach is thermal balancing of the domestic hot water system. We use thermostatic circulation valves to eliminate the pressure and temperature fluctuations of the supplied hot water.