SMART THERMAL GRID

 


 

 

 

 

THERMAL ENERGY STORAGE

 

 

 

 

 

 

Rotterdam - Geothermal heat/cold storage and heat pumps

A thermal grid connecting large buildings in the Heart of South district, as well as new parts of the Ahoy Exhibition centre, Congress Centre, Arts building and swimming pool will be developed, to enable local heat/cold exchange, maximise the use of waste heat/cold through geothermal storage and lower total cost of ownership (TCO).

Partners: Ballast Nedam, ENECO

 


Umeå - Geothermal heat/cold storage

A geothermal heat/cold storage unit connecting and mapping of various buildings (with different energy needs, i.e. energy used at different times of the day for different purposes) will be developed to better distribute energy, given Umeå’s climate where temperatures vary between -30-+30 degrees Celsius. A business model which goes beyond the traditional landowner and energy company cooperation will be developed as part of this.

Partners: Västerbotten County Council, Akademiska Hus AB, Umeå Energi


 


 

 

 

 

 

 

 
EXTRACTING/ COLLECTING THERMAL ENERGY

 

 

 

 

 

 

 

 

Rotterdam - Thermal energy from waste water

Thermal energy from waste water will be extracted and connected to the geothermal grid for heating and cooling in the Heart of South project area (see R1). On a building level thermal energy from waste water of  the district's swimming pool showers will be used to directly heat tap water, while on a district level thermal energy from household sewage water will be fed into the geothermal smart grid.    

Partners: Ballast Nedam, ENECO, Rotterdam City Council


Rotterdam - Surface water heat/cold collection   

Water in the area around the Ahoy complex and Hoornbeeck College will be used to extract heat/cold from the surface water to feed into the geothermal network (see R1) depending on the demand in the buildings connected to the network.    

Partners: Ballast Nedam, ENECO


Rotterdam - Pavement heat/cold collector   

A heat exchanger installed under the pavement/road in the Heart of South district will be used to extract heat/cold from the surface and stored in the heat-cold storage system, so that bus lanes and pedestrian walkways can be kept frost-free in winter, and cool in the summer thus extending the paving lifetime.    

Partners: Ballast Nedam, ENECO, Rotterdam City Council


 


 

 

 

 

 

 
THERMAL EXCHANGE & CONNECTED BUILDINGS

 

 

 

 

 

 

Umeå - Peak load variation management and peak power control

Using buildings as thermal energy storage, an automated peak load management system will be developed and tested in Umeå University's campus to assess and exploit heat variations in the different buildings e.g. offices and teaching facilities alongside more energy-intensive laboratories and computer rooms to potentially reduce energy use  on campus by up to 15%.   

Partners: Umeå Energi, Akademiska Hus AB, Västerbotten County Council, SP, Umeå University


Glasgow - Heat exchange/connection of buildings to district heating network

A business model will be developed to enable public sector buildings in Glasgow to sell excess-heat from/to one another and for private industry to sell heat to local customers, which in this case includes local housing, either directly or via an intermediary.

Partners: Glasgow City Council, Tennents Caledonian Brewery, Wheatley Group, University of Strathclyde

 

 
100% RENEWABLE ENERGY BUSINESS MODEL

 

 

 

Umeå - Smart City connection to 100% renewable energy

A business model to optimise renewable energy -production and -use through cooperation between Umeå’s city entities and continuous evaluation, particularly in relation to peak load analysis at the building and district level, will be developed. This business model applied at this district level will, if successful, be applied city-wide to make Umeå carbon neutral by 2018.     

Partners: Umeå Energi, Akademiska Hus AB, Västerbotten County Council