A common application is the hot water from district heating plants.

There is no effective free competition for district heating in place.

Waste heat from nuclear power plants is sometimes used for district heating.

In 1943, the first district heating company was started with the use of geothermal power.

For district heating systems the collectors may instead be installed on the ground.

A related technology has become widespread in Danish district heating systems.

There are currently over 140 buildings connected to the district heating network.

The area was home to the first District heating system in England.

However, there is district heating in the major cities.

The city depends on the reactor for about a quarter of the heat used in the district heating system.

In North America, district heating systems fall into two general categories.

Before, coal or oil were used for district heating.

Steam or hot water production and distribution networks for district heating systems.

In Munich about 70% of the electricity produced comes from district heating plants.

There have been built 3-4 stock houses, District heating system and paved roads.

Additionally, the company has nine district heating plants in Helsinki.

The combination of cogeneration and district heating is very energy efficient.

Bulgaria has district heating in around a dozen towns and cities.

District heating has rather little legal framework in Germany.

Waste heat from the engine jackets is used for a district heating pipe.

Russian nuclear district heating is planned to nearly triple within a decade as new plants are built.

The airport is heated using district heating with a geothermal source.

Nowadays over 90% of apartments in Helsinki use district heating.

It then contributes to the existing district heating system.

Further the tax payers have higher district heating costs.