The challenge
Half of all energy use is to provide heating and cooling. 80% is generated from fossil fuels, we need to reduce this to 0%.
80%
Without action
0%
With action
Our heat pollution can be captured, recycled and distributed to reduce this 80% to 0%.
The solution
Thermal Energy Networks capture existing heat and cooling, recycle it into a thermal energy network and distribute that thermal energy to and within buildings.
There are 3 types of TEN
Heat only
For areas with no or low cooling requirement
Hybrid heat & cooling
For areas with a need for both heating (in winter) and cooling (in summer)
Cooling only
For hot areas with no need for heating
Example of Thermal Energy Network
Slide to show before and after implementation of TEN
What we do
We create climate impact by offering a strategy for net zero heat and cooling. We do this through the following 3 steps…
1
System Modelling
We provide advanced system modelling
- Our advanced systems model (the Red House model) will be applied in any district, city, region or country
- It produces techno-economic, environmental and financial impact
- It has been co-created with IVL and EURAC researchers incorporating Life Cycle Costing and Life Cycle Analysis capability
- It validates taxonomy alignment of investments
- It has been validated by investors
2
Net Zero Scenarios
We develop net zero scenarios
- We use the outputs from the model as input to co-create net zero scenarios with the project owner
- A model is only a model, we next add the experience and knowledge of our team to calibrate outputs and identify efficient zero scenarios
3
Investable Opportunities
We unlock finance
- We translate the techno economic model into financial outputs and ensure taxonomy alignment of investments
- We work with an investor pool to provide local stakeholders with suitable finance options
Who are TEN21?
TEN21 is a collaboration between a group of Europe’s leading institutions and experts in thermal energy.
We work with...
Cities and building owners that need to transition to a decarbonised future
Policy makers to establish efficient policy and regulation
Investors interested in identifying taxonomy aligned investment opportunities
Energy companies and professional advisors
Cities and building owners that need to transition to a decarbonised future
Policy makers to establish efficient policy and regulation
Investors interested in identifying taxonomy aligned investment opportunities
Energy companies and professional advisors
Our City Transition packages...
Other services on request
Early Stage
Research backed energy scenarios
- Energy system model for your network
- 3 x Simulation of alternative future scenarios
- Advisory taking your goals into account -identifying the most efficient future proven energy scenario
- Analysis of scenarios from point of view of taxonomy alignment
- Investment plan drafted
- Professional Team Support
- Procurement Support
Pre-Investment
Research backed energy scenarios, taxonomy analysis and investment plan
- Energy system model for your network
- 15 x Simulation of alternative future scenarios
- Advisory taking your goals into account -identifying the most efficient future proven energy scenario
- Analysis of scenarios from point of view of taxonomy alignment
- Investment plan drafted
- Professional Team Support
- Procurement Support
Investment Ready
Research backed energy scenarios, taxonomy analysis, investment plan, delivery plan
- Energy system model for your network
- 50 x Simulation of alternative future scenarios
- Advisory taking your goals into account -identifying the most efficient future proven energy scenario
- Analysis of scenarios from point of view of taxonomy alignment
- Investment plan drafted
- Professional Team Support
- Procurement Support