The supermarket industry is going through a socio-technical regime change just as potent as the one the automotive industry is going through as it transitions to the all-electric vehicles. The goal for both is the same: a significantly reduced CO2 footprint. The radical innovation for the supermarket industry is the use of CO2 as refrigerant in heat pumps. The change itself is demanded by the fact that classical refrigerants are extremely damaging to the ozone layer. However, using CO2 as a refrigerant requires a much higher energy expenditure and making up for it involves a complete restructuring of the supermarket and of its surrounding environment, including nearby buildings. In the case of the most radical innovation strategy implementa...
This paper investigates the integration of geothermal storage into state-of-the-art CO2 trans-critic...
New refrigeration system configurations and other innovating technologies in retail supermarkets nee...
[EN] The large amount of recoverable heat from CO2 refrigeration systems has led UK food retailers t...
A significant reduction in the energy consumption and greenhouse gas emissions of supermarkets can b...
A significant reduction in the energy consumption and greenhouse gas emissions of supermarkets can b...
This paper investigates the theoretical energy outlook of a supermarkets in Stockholm, as well as th...
This paper compares and quantifies the energy, environmental and economic benefits of various contro...
An upcoming demand for higher energy efficiency in the society requires multiple actions to reduce t...
Carbon dioxide (R744) is widely used as refrigerant in supermarkets located in cold weather sites th...
In the process of moving towards sustainable energy systems for future cities, the district heating ...
A deep synergy between the refrigeration and the HVAC plants is a viable solution to reduce the ener...
Energy efficiency activities in sections of grocery stores for chilled groceries are subject to part...
Eliminating the use of natural gas for non-domestic heat supply is an imperative component of net-ze...
The electrical energy used by supermarkets represents approximately 3% of Sweden\u27s annual energy ...
This paper describes the outcomes of a research project that investigates sustainable heating and co...
This paper investigates the integration of geothermal storage into state-of-the-art CO2 trans-critic...
New refrigeration system configurations and other innovating technologies in retail supermarkets nee...
[EN] The large amount of recoverable heat from CO2 refrigeration systems has led UK food retailers t...
A significant reduction in the energy consumption and greenhouse gas emissions of supermarkets can b...
A significant reduction in the energy consumption and greenhouse gas emissions of supermarkets can b...
This paper investigates the theoretical energy outlook of a supermarkets in Stockholm, as well as th...
This paper compares and quantifies the energy, environmental and economic benefits of various contro...
An upcoming demand for higher energy efficiency in the society requires multiple actions to reduce t...
Carbon dioxide (R744) is widely used as refrigerant in supermarkets located in cold weather sites th...
In the process of moving towards sustainable energy systems for future cities, the district heating ...
A deep synergy between the refrigeration and the HVAC plants is a viable solution to reduce the ener...
Energy efficiency activities in sections of grocery stores for chilled groceries are subject to part...
Eliminating the use of natural gas for non-domestic heat supply is an imperative component of net-ze...
The electrical energy used by supermarkets represents approximately 3% of Sweden\u27s annual energy ...
This paper describes the outcomes of a research project that investigates sustainable heating and co...
This paper investigates the integration of geothermal storage into state-of-the-art CO2 trans-critic...
New refrigeration system configurations and other innovating technologies in retail supermarkets nee...
[EN] The large amount of recoverable heat from CO2 refrigeration systems has led UK food retailers t...