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Integrated Energy Systems

The immediate challenges of climate change demand that we utilize all of the sustainable technologies afforded to us.

Nearly everything that relies on energy is interconnected; therefore, a System-of-Systems perspective is needed to cope with the growing complexity of the challenges ahead. Legacy systems rely on a one-way flow of energy from producers to consumers, but the future will be filled with networks of active “prosumers”. We need to think beyond the box of technology to realize the full potential of a sustainable society.

Buildings and cities are full of untapped potential, and we aim to help unlock it. Starting with pain points that need solutions, not technologies looking for problems to solve, we analyze energy systems as a whole without missing the detailed behavior of every component inside the system boundary. This leads to the modeling of many types of energy supply technologies, integrated together, interacting with people and markets. For example – how do heating and cooling technologies interact with solar PV, electric vehicles and energy storage at building, district, and city levels? How can heat pumps offer demand flexibility in the future smart grids? How can heat be exported from refrigeration systems (eg. in supermarkets and ice rinks) to neighboring buildings and district heating networks? Or how can we best communicate clear, objective information to nudge homeowners towards sustainable choices?

Our research can dive deep into a single component or up to a city district, from engineering economics to “irrational” human behavior; all aiming to deliver sustainable, integrated energy systems.

The research conducted in this area cover: 

  • Bottom-up Analysis of Energy System at the building, neighborhood, and city level
  • Building digitalization and application of IoT, AI, Big data in built environment
  • District heating and cooling

Projects

Below is a list of our active and recently completed research projects:

  • Heat recovery from supermarkets to district heating network
  • Smart and Sustainable Tokyo, Meili, Gurugram, and UPV university campus
Page responsible:Oxana Samoteeva
Belongs to: Energy Technology
Last changed: Aug 30, 2021
Control systems for hybrid solutions based on biomass fueled Stirling engines, solar and wind for rural electrification
Prosumer-Centric Communication for Solar PV Diffusion
Towards Sustainable (Fossil-free) Heating System in Small Residential Buildings
Solar energy and ground source heat pumps for Swedish multi-family housing (completed)
Solar photovoltaic systems in Swedish cooperative housing (completed)
Smart Control Strategies for Heat Pump Systems (completed)
Creating and Understanding Smart Innovation in Cities
Building heating solutions in China
Accelerating innovation in buildings
High-Resolution GIS District Heating Source-Load Mapping
Smart Solar Hybrid Solutions for Sustainable European Buildings
Digitalization and IoT technologies for Heat Pump systems
Data driven lab for building energy systems