Sustainable cooling for a warming planet
Sustainable cooling for a warming planet - An industrial scale cooling solution that is highly efficient and leading to significant reduction in carbon emissions while ensuring resilience.
As the planet warms, global demand for air-conditioning is projected to triple over the next 30 years, much of it in developing countries. Providing cooling is expensive, demanding power generation surges during the day for workplaces and at night and the weekend for residential spaces.
Traditional air conditioning systems are inefficient by design and district cooling is the answer for developers and end-users searching for a sustainable, reliable and highly efficient source of cooling. When applied appropriately, district cooling is more energy-efficient than traditional cooling solutions, more cost-effective for customers, and it reduces peak power requirements. Moreover, district cooling works well with solar and other increasingly common renewable-energy technologies.
Key features
- •Annual electricity savings equate to carbon sequestering capability of a forest twice the size of the country of Bahrain
Profitability
- •Cooling as a service model leads to immediate payback for customers
Categories of Application
SDG’s of application
Maturity Stage
- Medium and large scale commercialization
- Small scale commercialization
- Initial market commercialization
- Prototype testing in the real world
- Prototype testing 1:1 in the lab
Looking For
Activity Region
- Map
- /
- List
Europe
Asia
Taiwan, Turkey, Thailand, Singapore, Saudi Arabia, Qatar, Pakistan, Oman, Malaysia, Macao SAR, Kuwait, South Korea, Japan, Jordan, India, Israel, Indonesia, Hong Kong SAR, China (Mainland), Azerbaijan, United Arab Emirates,
Africa
North america
South america
Australia
- Headquarters
- Activity
