February 2019 |
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Smart Mobility Vehicle-to-Grid Disruption for Smart Buildings
A mobile vehicle with V2G disrupts the market and offers buildings new
options with an option to use one or more V2G enabled electric vehicles
as personal power grids. |
Sudha Jamthe CEO IoTDisruptions https://www.linkedin.com/in/sujamthe/ |
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Imagine a building
in the middle of a blackout and a car driving up with a V2G battery
ready to charge the whole building within hours? That is a disruption
reaching smart buildings very soon. EVs helping utilities with
demand response is now creating such a disruption in smart buildings.
V2G or Vehicle to Grid technology uses bi-directional batteries which
enable EVs to store charge and return power to the electric grid.
Italian utility company Enel tested V2G with Nissan Leaf electric car owners. Mitsubishi tested Vehicle to Grid with TenneT the Dutch utility
company in the Netherlands and with Japanese Utility TEPCO using Nuvve's Grid
Integrated Vehicle platform (GIVe).
Are you wondering how EVs helping utilities with demand response is
relevant to smart buildings?
In Nov 2019, Nissan demonstrated along with Femato V2G systems
company that its Leaf EV could power its headquarters in Franklin,
Tennessee, USA and its design center in San Diego, California.
This opens new doors for building facility managers in their emergency
management plans.
V2G Disruption for Buildings
1. Backup Power Source for
Buildings:
First, V2G battery-powered EVs can bring the charge in a blackout or
serve as a backup power source in an emergency.
As seen in figure 1 below, the vehicle will store energy from solar
panels during the day. During the night, the car will act as a battery
storage unit and discharge electricity and power the building.
2. Personal Power Grids:
Energy costs are a huge part of the operational cost of building
management for an office park of many buildings or apartment complex of
buildings. As buildings become smart, an increasing number of
appliances in the building are getting connected to the Internet. These
increase the demand for power in the buildings. Also, as more
users switch to electric vehicles, buildings offer EV charging stations
in their parking lots. All these increase the demand for electricity
and create uncertainty about peak demand times for charging.
Buildings are typically tied to one utility company that has
historically established power lines into the building. These utility
companies have a monopoly over providing power to the building and in
their price offering.
A mobile vehicle with V2G disrupts the market and offers buildings new
options with an option to use one or more V2G enabled electric vehicles
as personal power grids.
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Building owners and facility managers should proactively adopt this
innovation and build their own personal power grid with V2G vehicles.
3. Local Mobile Power
Providers:
As Vehicle-to-Grid from EVs becomes cost-effective, we will see
companies offering local micro-grid services by investing in a fleet of
V2G enabled EVs. An innovative minded building owner can create their
own micro-grid service to power their office park or apartment by
investing in a fleet of V2G powered EVs. The building’s energy demand
will only increase with the increased number of connected devices
installed and increased EV charging customers in the building property
premises. A micro-grid using EVs will help scale as demand increases by
purchasing additional V2G EV vehicles and will help building owners and
managers by offering better pricing for energy.
Embrace the Disruption
Smart Buildings should watch V2G for buildings technology as the cost
of bi-directional batteries comes down to become cost-effective. They
should embrace the disruption from Vehicle-to-Grid technologies as we
get ready for a world with Electric and Autonomous Vehicles.
About the Author
Sudha Jamthe is the CEO of IoTDisruptions and teaches Internet of Things and Autonomous Vehicle Business courses at Stanford Continuing Studies and at DriverlessWorldSchool.com
ControlTalk NOW Our first guest is author and Future Technologist, Sudha Jamthe, from Silicon Valley, who explains business model creation along the yellow-bricked-digital-transformational-highway
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