i'm interested in bidirectional charging/power:
Ford has unveiled something new that will allow me to comprehensively out-do my fellow campers - a piping hot jacuzzi (albeit a blow-up one).
www.afr.com
The most popular residential battery storage system in Australia is the Tesla Powerwall which is currently priced at $14,650 (plus installation) and provides 13.5 kilowatt-hours of energy. The Ford F150 $5500 home integration system meanwhile gives you access to 98 kilowatt-hours of battery-stored energy.
To help put this storage in perspective the maximum amount of electricity my home in Victoria will use on a cold day in winter gets close to 30 kilowatt-hours of electricity. This is mainly for heating the home and providing hot water, but usually, I need far less electricity than this.
In fact, if I upgraded my puny 1.4 kilowatt solar system to what is typically being installed today of 8 kilowatts – the F150, in combination with that solar system, would get me through the whole of winter without the need for any electricity from the grid.
Of course, this is all a bit theoretical because you need to drive that car, not just leave it plugged in. And outside of winter I’ll have way more solar generation than I can consume, and use, to fill my car battery, so I want to be connected to the power grid, so I can share and sell my solar power.
But the thing is that most people will only use a small fraction of an electric vehicle’s total battery capacity for their average daily commute. The average passenger car in Australia travels 30 kilometres per day. The F150 would use up about 10 kilowatt-hours to cover that distance leaving almost 90 per cent of the battery unused. That spare capacity could be transformative for our power grid. If you multiply out the F150 Lightning’s 9.6 kilowatts electrical export capacity by Australia’s 15 million passenger vehicles, you’ve got yourself 144 gigawatts of power.
By comparison Australia’s entire coal fleet is about 23 gigawatts.
Transforming a Ford F-150 Lightning into a backup generator means you can keep the lights on during blackouts. Here’s the extra equipment you’ll need to use the EV battery to power a home.
tech.hindustantimes.com
We demonstrate how Ford's Intelligent Backup Power system works to power a home in the event of a power outage in a complex home electrical setup.
insideevs.com
by Christopher Bowe “Screws fall out all the time; the world is an imperfect place.” This matter-of-fact line from John Hughes’ 1985 film “The Breakfast Club” is a reminder of the unpredictability of life. Whether caused by a utility company’s equipment failure, a power safety shut-off, a rolling
www.acterra.org
Since we wrote this blog, we have prepared a more comprehensive and up-to-date report for ARENA. You can find it here.Key points: • Vehicle-to-X (V2X) refers to the ability to use an EV as a bidirectional power source. • Internationally, a growing number of mass-market EV and EV supply equipment...
www.enxconsulting.au
A new kind of charger that allows an electric vehicle to be used as a giant home battery is close to going on sale in Australia. So how does it work and is it worth the price?
www.abc.net.au
This report examines both opportunities and barriers to domestic adoption of V2G technology, painting a generally positive perspective regarding limiting issues.
arena.gov.au
the next generation is here
v3g.au
RAM Trucks, the American automaker owned by Stellantis, has confirmed that it will be bringing its first all-electric vehicle, the RAM 1500 REV, to Australia. Set to rival the upcoming Ford F-150 Lightning (which is still yet to be lined up for an Australian arrival), RAM’s electric pickup truck...
electricalconnection.com.au
Most of the world's new electric vehicles contain minerals from Australia. So should we make EVs locally, and what would it take?
www.abc.net.au