Two households with PV systems and Electric Vehicles, sharing a battery and connected to the grid. What are the advantages?
Energy Environment Home Storage Renewable Energies Electric Vehicles
Two households with PV systems and Electric Vehicles, sharing a battery and connected to the grid. What are the advantages?


Vehicle to Grid Simulation
Carlos
18
Combining electromobility and renewable energies since 2014. http://www.amsterdamvehicle2grid.nl/
Environment Electric Vehicles Renewable Energies Energy
Combining electromobility and renewable energies since 2014.

http://www.amsterdamvehicle2grid.nl/

Amsterdam V2G simulation 2.0
Carlos
40
Feasibility study and payback time of SWAC system; heat exchange with sea water instead of air, with higher initial investment and lower running costs.
Sea Water SWAC Renewable Energies
Feasibility study and payback time of SWAC system; heat exchange with sea water instead of air, with higher initial investment and lower running costs.
Sea Water Air Conditioning System
Carlos
This model prototypes the working of an Smart Grid with Electric Vehicles The objective is testing the theoretical advantages of batteries (also batteries in Electric Vehicles) in combination with renewable energies. The model considers two houses, that store energy both in Electric Vehicles (Vehi
Home Storage Environment Energy Electric Vehicles Renewable Energies
This model prototypes the working of an Smart Grid with Electric Vehicles

The objective is testing the theoretical advantages of batteries (also batteries in Electric Vehicles) in combination with renewable energies. The model considers two houses, that store energy both in Electric Vehicles (Vehicle to Grid), and in a communal battery.

Except when specified otherwise, the units of all variables are expressed in W/h.

Press "Story" in the lower bar for a guided tour over the model. Better seen at 50% zoom.

by Carlos Varela (cvarela@gmx.at)
[Reference] Vehicle to Smart Grid - Prototype
Seongrok Hong
Insight diagram
Environment Electric Vehicles Energy Renewable Energies
V2H based on V2G
Wu Ming
Combining electromobility and renewable energies since 2014. http://www.amsterdamvehicle2grid.nl/
Electric Vehicles Energy Environment Renewable Energies
Combining electromobility and renewable energies since 2014.

http://www.amsterdamvehicle2grid.nl/

Clone of Amsterdam V2G simulation 2.0
Carla Robledo
Combining electromobility and renewable energies since 2014. http://www.amsterdamvehicle2grid.nl/
Electric Vehicles Renewable Energies Energy Environment
Combining electromobility and renewable energies since 2014.

http://www.amsterdamvehicle2grid.nl/

Clone of Amsterdam V2G simulation 2.0
Gabriel Salvatti
This model prototypes the working of an Smart Grid with Electric Vehicles The objective is testing the theoretical advantages of batteries (also batteries in Electric Vehicles) in combination with renewable energies. The model considers two houses, that store energy both in Electric Vehicles (Vehi
Renewable Energies Home Storage Environment Electric Vehicles Energy
This model prototypes the working of an Smart Grid with Electric Vehicles

The objective is testing the theoretical advantages of batteries (also batteries in Electric Vehicles) in combination with renewable energies. The model considers two houses, that store energy both in Electric Vehicles (Vehicle to Grid), and in a communal battery.

Except when specified otherwise, the units of all variables are expressed in W/h.

Press "Story" in the lower bar for a guided tour over the model. Better seen at 50% zoom.

by Carlos Varela (cvarela@gmx.at)
Clone of [Reference] Vehicle to Smart Grid - Prototype
Seongrok Hong
This model prototypes the working of an Smart Grid with Electric Vehicles The objective is testing the theoretical advantages of batteries (also batteries in Electric Vehicles) in combination with renewable energies. The model considers two houses, that store energy both in Electric Vehicles (
Electric Vehicles Environment Home Storage Renewable Energies Energy
This model prototypes the working of an Smart Grid with Electric Vehicles

The objective is testing the theoretical advantages of batteries (also batteries in Electric Vehicles) in combination with renewable energies. The model considers two houses, that store energy both in Electric Vehicles (Vehicle to Grid), and in a communal battery.

Except when specified otherwise, the units of all variables are expressed in W/h.

Press "Story" in the lower bar for a guided tour over the model. Better seen at 50% zoom.

by Carlos Varela (cvarela@gmx.at)
Clone of Vehicle + Smart Grid
Carlos
Combining electromobility and renewable energies since 2014. http://www.amsterdamvehicle2grid.nl/
Environment Energy Electric Vehicles Renewable Energies
Combining electromobility and renewable energies since 2014.

http://www.amsterdamvehicle2grid.nl/

SEEV4-City Prototype model
Carlos
22
This model prototypes the working of an Smart Grid with Electric Vehicles The objective is testing the theoretical advantages of batteries (also batteries in Electric Vehicles) in combination with renewable energies. The model considers two houses, that store energy both in Electric Vehicles (Vehi
Environment Home Storage Energy Renewable Energies Electric Vehicles
This model prototypes the working of an Smart Grid with Electric Vehicles

The objective is testing the theoretical advantages of batteries (also batteries in Electric Vehicles) in combination with renewable energies. The model considers two houses, that store energy both in Electric Vehicles (Vehicle to Grid), and in a communal battery.

Except when specified otherwise, the units of all variables are expressed in W/h.

Press "Story" in the lower bar for a guided tour over the model. Better seen at 50% zoom.

by Carlos Varela (cvarela@gmx.at)
Clone of Vehicle to Smart Grid - Prototype
Synkretik
Feasibility study and payback time of SWAC system; heat exchange with sea water instead of air, with higher initial investment and lower running costs.
Renewable Energies Sea Water SWAC
Feasibility study and payback time of SWAC system; heat exchange with sea water instead of air, with higher initial investment and lower running costs.
La Palma Feasibility
Carlos
This model prototypes the working of an Smart Grid with Electric Vehicles The objective is testing the theoretical advantages of batteries (also batteries in Electric Vehicles) in combination with renewable energies. The model considers two houses, that store energy both in Electric Vehicles (Vehi
Electric Vehicles Renewable Energies Home Storage Environment Energy
This model prototypes the working of an Smart Grid with Electric Vehicles

The objective is testing the theoretical advantages of batteries (also batteries in Electric Vehicles) in combination with renewable energies. The model considers two houses, that store energy both in Electric Vehicles (Vehicle to Grid), and in a communal battery.

Except when specified otherwise, the units of all variables are expressed in W/h.

Press "Story" in the lower bar for a guided tour over the model. Better seen at 50% zoom.

by Carlos Varela (cvarela@gmx.at)
Clone of Vehicle to Smart Grid - Prototype
leimeng zhang
Feasibility study and payback time of SWAC system; heat exchange with sea water instead of air, with higher initial investment and lower running costs.
SWAC Renewable Energies Sea Water
Feasibility study and payback time of SWAC system; heat exchange with sea water instead of air, with higher initial investment and lower running costs.
Clone of Samenwarm - La Palma SWAC Feasibility
Youri Visser
Two households with PV systems and electric vehicles sharing a battery and connected to the grid. What are the advantages? This model prototypes the working of an Smart Grid with Electric Vehicles The objective is testing the theoretical advantages of batteries (also batteries in Electric Vehicle
Energy Environment Electric Vehicles Renewable Energies Home Storage
Two households with PV systems and electric vehicles sharing a battery and connected to the grid. What are the advantages?

This model prototypes the working of an Smart Grid with Electric Vehicles

The objective is testing the theoretical advantages of batteries (also batteries in Electric Vehicles) in combination with renewable energies. The model considers two houses, that store energy both in Electric Vehicles (Vehicle to Grid), and in a communal battery.

Except when specified otherwise, the units of all variables are expressed in W/h.

Press "Story" in the lower bar for a guided tour over the model. Better seen at 50% zoom.

by Carlos Varela (cvarela@gmx.at)
Clone of Vehicle to Grid Simulation
Ida Mannoh
Two households with PV systems and Electric Vehicles, sharing a battery and connected to the grid. What are the advantages?
Renewable Energies Environment Home Storage Energy Electric Vehicles
Two households with PV systems and Electric Vehicles, sharing a battery and connected to the grid. What are the advantages?


Clone of Vehicle to Grid Simulation
Peter Morgenstein
Combining electromobility and renewable energies since 2014. http://www.amsterdamvehicle2grid.nl/
Energy Electric Vehicles Environment Renewable Energies
Combining electromobility and renewable energies since 2014.

http://www.amsterdamvehicle2grid.nl/

Clone of Amsterdam V2G simulation 2.0
Gabriel Salvatti
Combining electromobility and renewable energies since 2014. http://www.amsterdamvehicle2grid.nl/
Electric Vehicles Environment Energy Renewable Energies
Combining electromobility and renewable energies since 2014.

http://www.amsterdamvehicle2grid.nl/

Clone of Clone of Amsterdam V2G simulation 2.0
Gabriel Salvatti
Two households with PV systems and Electric Vehicles, sharing a battery and connected to the grid. What are the advantages?
Electric Vehicles Home Storage Environment Energy Renewable Energies
Two households with PV systems and Electric Vehicles, sharing a battery and connected to the grid. What are the advantages?


Clone of Vehicle to Grid Simulation
Peter Morgenstein
Combining electromobility and renewable energies since 2014. http://www.amsterdamvehicle2grid.nl/
Energy Environment Renewable Energies Electric Vehicles
Combining electromobility and renewable energies since 2014.

http://www.amsterdamvehicle2grid.nl/

Clone of Amsterdam V2G simulation 2.0
Pagandai V Pannirselvam
Combining electromobility and renewable energies since 2014. http://www.amsterdamvehicle2grid.nl/
Renewable Energies Environment Electric Vehicles Energy
Combining electromobility and renewable energies since 2014.

http://www.amsterdamvehicle2grid.nl/

Clone of Amsterdam V2G simulation 2.0
EL HADDAR Yasser
Combining electromobility and renewable energies since 2014. http://www.amsterdamvehicle2grid.nl/
Environment Electric Vehicles Renewable Energies Energy
Combining electromobility and renewable energies since 2014.

http://www.amsterdamvehicle2grid.nl/

Clone of Amsterdam V2G simulation 2.0
niyi,wu
Combining electromobility and renewable energies since 2014. http://www.amsterdamvehicle2grid.nl/
Environment Energy Electric Vehicles Renewable Energies
Combining electromobility and renewable energies since 2014.

http://www.amsterdamvehicle2grid.nl/

Clone of Amsterdam V2G simulation 2.0
Gabriel Salvatti
Two households with PV systems and Electric Vehicles, sharing a battery and connected to the grid. What are the advantages?
Energy Environment Renewable Energies Electric Vehicles Home Storage
Two households with PV systems and Electric Vehicles, sharing a battery and connected to the grid. What are the advantages?


Clone of Vehicle to Grid Simulation
2018ASE6104team