Development
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Dr. Neha Dimri

SPF Institut für SolartechnikProjektleiterin SPF

+41 58 257 41 51neha.dimri@ost.ch

GISOptiTes - Potential assessment of large-scale seasonal thermal energy storage in Switzerland by means of GIS based energy modelling and optimizationGISOptiTes - Potential assessment of large-scale seasonal

Project

In this project we will develop a methodology to increase the synergies between top-down and bottom-up energy optimization tools with the aim of assessing the potentials of large-scale seasonal thermal energy storage (TES) in Switzerland.
The top-down approach carried out with Energy Scope will be used to assess the transition path and the… ...
In this project we will develop a methodology to increase the synergies between top-down and bottom-up energy optimization tools with the aim of assessing the potentials of large-scale seasonal thermal energy storage (TES) in Switzerland.
The top-down approach carried out with Energy Scope will be used to assess the transition path...

DecenTGrids – Decentral Storages for Energy Management in Thermal GridsDecenTGrids – Decentral Storages for Energy Management in

Project

Heat storages can assist in the rational dimensioning and operation of thermal networks. They can smooth out peak loads and eliminate the need for fossil-fuelled peak load boilers. Heat surpluses can be stored temporarily. Decentralised storage systems can relieve the load on individual sections of the grid or enable grid densification and… ...
Heat storages can assist in the rational dimensioning and operation of thermal networks. They can smooth out peak loads and eliminate the need for fossil-fuelled peak load boilers. Heat surpluses can be stored temporarily. Decentralised storage systems can relieve the load on individual sections of the grid or enable grid...

SolIceTES – Advanced energy management control for ice storage with photovoltaics for cooling applicationsSolIceTES – Advanced energy management control for ice

Project

SolHOOD / Solar energy neighborhoods – Optimal design and operation of heat, cold and electricity supply on the neighborhood scaleSolHOOD / Solar energy neighborhoods – Optimal design and

Project

In this project, we develop smart planning methods and control strategies for solar neighbourhoods, in order to make optimal use of solar energy, storage solutions, and the interconnection of buildings via electrical and thermal grids. A focus is on the winter heat supply, and alternatives to air/water and geothermal heat pump systems. Exploiting… ...
In this project, we develop smart planning methods and control strategies for solar neighbourhoods, in order to make optimal use of solar energy, storage solutions, and the interconnection of buildings via electrical and thermal grids. A focus is on the winter heat supply, and alternatives to air/water and geothermal heat pump...

SophiA – Sustainable off-grid solutions for pharmacies and hospitals in AfricaSophiA – Sustainable off-grid solutions for pharmacies and

Project

Clean water, a reliable power supply and cooling systems for medicines and vaccines are not a given in many rural hospitals in Africa. To ensure better healthcare also in remote regions, the EU is supporting SophiA project, which relies on modular containers to produce drinking water, heat, cold and electricity using solar energy. SPF Institute for… ...
Clean water, a reliable power supply and cooling systems for medicines and vaccines are not a given in many rural hospitals in Africa. To ensure better healthcare also in remote regions, the EU is supporting SophiA project, which relies on modular containers to produce drinking water, heat, cold and electricity using solar energy....

OptimEase – Enegetic and economic Optimization of building clustersOptimEase – Enegetic and economic Optimization of building

Project

Within the OptimEase project, a modelling framework is developed that allows for the energetic optimization of groups of buildings by using their synergies. By comparing the optimal solution of a group of buildings with the sum of optimal solutions for each individual building, the economic and environmental benefits of aggregating several… ...
Within the OptimEase project, a modelling framework is developed that allows for the energetic optimization of groups of buildings by using their synergies. By comparing the optimal solution of a group of buildings with the sum of optimal solutions for each individual building, the economic and environmental benefits of aggregating...

SolResHC – Solar Resources for Heating and Cooling

Project

The SolResHC project addresses research questions related to IEA PVPS Task 16 regarding "Solar Resource for High Penetration and Large Scale Applications".
Specifically, impacts of different weather scenarios on solar heating and cooling are assessed. Simulations for various future scenarios are carried out to determine the impact of weather data… ...
The SolResHC project addresses research questions related to IEA PVPS Task 16 regarding "Solar Resource for High Penetration and Large Scale Applications".
Specifically, impacts of different weather scenarios on solar heating and cooling are assessed. Simulations for various future scenarios are carried out to determine the impact...

VenTSol – Evaluation of user behaviour with regard to ventilation, shading and room temperature depending on the outdoor climateVenTSol – Evaluation of user behaviour with regard to

Project

In the VenTSol project, the behaviour of residents with regard to window ventilation, shading and room temperature will be investigated by detailed monitoring of five apartment buildings. This study should help to create detailed user profiles, which can be used for simulations and energy calculations. User behaviour is compared to the prevailing… ...
In the VenTSol project, the behaviour of residents with regard to window ventilation, shading and room temperature will be investigated by detailed monitoring of five apartment buildings. This study should help to create detailed user profiles, which can be used for simulations and energy calculations. User behaviour is compared to...

Sentmatt – Heat generation with deep geothermal probe, efficient low-lift heat pump and optimised heat distributionSentmatt – Heat generation with deep geothermal probe,

Project

In this P&D-project a highly efficient heat supply for residential buildings in Obfelden was realized with new technologies. The combination of a low-lift heat pump with a deep membrane geothermal probe and a new type of control of the heating distribution system enables efficient heating in winter and cooling in summer with the lowest electrical… ...
In this P&D-project a highly efficient heat supply for residential buildings in Obfelden was realized with new technologies. The combination of a low-lift heat pump with a deep membrane geothermal probe and a new type of control of the heating distribution system enables efficient heating in winter and cooling in summer with the...