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Sharp unveils vehicle-to-home EV charger for PV-powered homes

Sharp has unveiled a new vehicle-to-home (V2H) EV charger that can be used with solar-powered homes to increase self-consumption of energy. The charger is wall-mounted and can be used indoors or outdoors. It has a rated power of 6 kW and an input DC voltage of 340 V. Sharp says the system is the smallest and lightest on the market.

Sharps new EV charger

The charger can be used with Sharp's Cocoro Energy mobile app, which can warn vehicle owners to charge their cars when there is a risk of power outages.

This is a great development for homeowners with solar panels, as it allows them to use their solar energy to power their cars. It is also a good option for people who are considering installing solar panels, as it can help them to offset the cost of electricity.


In addition to the above, here are some other points that you may want to consider including in your blog post:

  • The benefits of using a V2H EV charger:

  • Increase self-consumption of solar energy

  • Reduce reliance on the grid

  • Save money on electricity bills

  • Power your home during power outages

  • Help the environment by reducing greenhouse gas emissions

The different types of V2H EV chargers available:

  • AC chargers: These chargers use alternating current (AC) to charge the EV battery. They are typically slower than DC chargers, but they are more affordable and easier to install.

  • DC chargers: These chargers use direct current (DC) to charge the EV battery. They are faster than AC chargers, but they are more expensive and more difficult to install.

  • Bi-directional chargers: These chargers can both charge and discharge the EV battery. This allows you to use your EV to power your home during power outages or to sell excess solar energy back to the grid.


How to choose the right V2H EV charger for your needs:

  • Consider the type of EV you have. Some EVs are only compatible with AC chargers, while others can also use DC chargers.

  • Consider your charging needs. If you only need to charge your EV occasionally, an AC charger may be sufficient. But if you need to charge your EV more frequently, a DC charger may be a better option.

  • Consider your budget. AC chargers are typically more affordable than DC chargers.

  • Consider your installation needs. AC chargers are easier to install than DC chargers.

The cost of installing a V2H EV charger:

The cost of installing a V2H EV charger will vary depending on the type of charger you choose, the complexity of the installation, and the labor costs in your area.

  • AC chargers typically cost between $500 and $1,500 to install.

  • DC chargers typically cost between $1,500 and $3,000 to install.

  • Bi-directional chargers typically cost between $3,000 and $5,000 to install.

I hope this helps!


Here are some additional details about Sharp's new V2H EV charger, the JHWE2301:

  • It is rated at 6 kW of charging/discharging power.

  • It has an input DC voltage of 340 V.

  • It is wall-mounted and suitable for indoor or outdoor environments.

  • It measures 505 mm x 194 mm x 347 mm and weighs 23 kg, making it the smallest and lightest charger on the market.

  • It can be integrated with Sharp's Cocoro Energy mobile app to enable features such as:

  • Warning vehicle owners to charge their cars when there is a risk of power outages.

  • Discharging the EV back to the home battery when the owner returns home.

  • Sending notifications to the smartphone if the EV is not plugged in.


If you are looking for a nice Level 2 charger check out the Juice Box EV Charger


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