Avedøre Power Plant, Copenhagen, Denmark
As one of the world’s leading district heating consultancies, Ramboll has more than 30 years of experience from projects in more than 25 countries. Our services encompass all stages of planning, design, operation, maintenance and management; including technical, institutional, legal, as well as economic aspects. In recent years we have also actively engaged ourselves in several district cooling projects.
As cities aim to be carbon neutral, district heating and cooling systems become more important than ever. Our international market for these services is growing, not least due to a growing concern with climate change.
A city-wide, low-temperature hot water district heating system is key to any low-carbon city. The system is cost-effective and uses efficient, carbon neutral heat sources that would otherwise be wasted.
The heat sources derive from CHP plants with heat accumulators, waste-to-energy plants, geothermal plants, biomass boilers, large-scale heat pumps and large-scale solar heating plants.
Even for small settlements, district heating with thermal storage can be the key component of the most intelligent, cost-effective and carbon neutral heating for both existing and new buildings.
A special system for district heating, based on super-heated water or steam, is used mainly for industrial processes, but also in some cities and hospitals. Ramboll has extensive experience with these systems, including the design of pipe systems with a proven lifetime of more than 50 years. We also have experience in transforming these systems into more efficient, low-temperature systems.
At Ramboll, our great experience of energy production facilities based on a variety of fuels is combined with our experience of district heating transmission systems and low-temperature district heating systems. This helps us maximise the environmental, social and economic benefits for both investors and consumers.
We offer our clients all services that are necessary for establishing optimised CHP plants, heat accumulators and district heating systems – from planning, design and procurement to implementation.
Our experience encompasses a wide range of CHP plants, including waste-to-energy, biogas and biomass plants.
Decentralised electric chillers in district cooling systems can often be replaced by less expensive systems that use cold seawater, groundwater or carbon-free thermal energy. Our experience in district cooling includes chilled water storage, district heating absorption heat pumps and decentralized cooling plants based on solar heating. Read more about our district cooling services
The efficiency of a city-wide heating system depends on its integration with low-temperature heating systems in buildings. We provide our clients with expertise in the design and operation of all facilities in the system, including building installations.
Read more about our sustainability services for buildings.
In large district heating systems, a heat storage pit is a cheap energy source that can save peak loads and reduce the price of heating. Read our brochure on heat storage pits (online publication, opens in new window).
The district heating system in Greater Copenhagen is one of the largest city-wide district heating systems in the world. This publication provides a map of the system and presents the stakeholders.
Municipal leaders across the U.S. face economic, social, and sustainability challenges which local energy production can address. Drawing on the experience of communities in the U.S. and abroad, this IDEA publication guides community leaders on championing local energy projects.
This joint TCPA and CHPA guide is designed to help stakeholders in the UK public and private sectors understand policy support for low and zero carbon energy solutions. Drawing upon best practice the guide demonstrates effective energy strategies and helps planning for the delivery of community energy.
District energy is well established in many Canadian cities. It provides reliable, efficient, affordable and clean thermal energy from locally controlled and highly efficient central plants. This Community Energy Development Guide is a guide to municipal leaders across Canada.
Download Community Energy Development Guide (Canada) (pdf, 2.74 MB)
Supplying heat to more than 1 million people, the district heating system in Greater Copenhagen is one of the most sophisticated district heating systems in the world. Meet Project Director Jens Overgaard from Ramboll’s Energy division who will guide you through the system and show you how it is used as an inspiration for international projects.
Watch the interview with Jens Overgaard
Strategic plan for a heat transmission network in Milan in order to utilise heat from combined heat and power plant.
The district heating schemes in the Copenhagen Region are interconnected, forming one of the largest integrated DH systems in the world.
Since 2003 Ramboll has carried out a number of district heating studies for the Korean District Heating Engineering Company (KDHEC).
Identifying decentralised energy opportunities