ADVANTAGES

1. Convenience

• Uninterruptedness
• Possibility for individual control according to customer needs
• No special maintenance and service needed
• Guaranteed comfort through substation automatic control
• Continuous monitoring and prophylactic of substation control facilities and meters.
• Long life of the installation (unlike other heating methods where equipment needs to be replaced 2 to 5 times more often).

2. Safety and security

• No risk of burning and explosions
• Immediate response in the event of failures and emergency warnings

3. Healthy product

• Uniform temperature within the room
• No involvement of:

• Increased air circulation typical for air-conditioners
• СО and СО₂ emissions typical for solid fuels
• Emission of Н₂О and significant changes to humidity levels within the rooms
• Dust combustion with hazardous compounds emissions typical for  electrical heating appliances

4. Ecology

• Guarantees reduction of the use of fuels polluting the air in the neighborhoods and the city.
• An energy source, where:

• The greenhouse gas  emissions are less in quantity and are continuously monitored
• There is higher efficiency and smaller damage to environment from burning of fuels
• There is no hazardous and unused waste
• There is less dust, smell and noise
• There are harmless gas emissions at great height, which do not create smog conditions in the city
• Natural resources – fuels, are saved;

5. The most competitive price for provided high quality

• Compared to other heating types: the greatest number of positive qualities and the least shortcomings.
• Possibility for cost and price cutting through sustainable development of the heat transmission network and the internal installations.