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Electric Vehicle (EV) Chargers

Residential 

A residential Electric Vehicle charger is the answer for charging or topping up your Electric Vehicle. The EV charging stations can charge the car faster than the cables that connect to the GPO. Residential Charging can integrate with a Solar PV system for cheaper charging, which reduces the cost of charging your Electric Vehicle with free zero carbon electricity from the sun. Electric Vehicle users can plug into the residential charging station overnight and top up during the day. Key features of the EV charger include:

  • Solar integration

  • Electrical protection

  • Web-based monitoring system

  • Scheduled charging

  • Bluetooth access

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Apartments

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Element47 offers Electric Vehicle charge stations in apartments either at a tenants private car park bay or at common visitor car parking bays. The charging stations are installed appropriate for the apartments requirements and electrical infrastructure. Strata buildings with solar PV can provide cheaper low carbon electricity for EV charge stations. Electric Vehicle owners can charge their cars overnight at cheaper electricity rates while they are parked in their dedicated charge station. Element47 can deliver a wide range of charge stations from the top brands available in the market with secure RFID card or pay pass charging solutions.

Commercial

The world is moving towards Electric Vehicles fast to tackle climate change and curb carbon emissions by 2030. The number of EV's on the road is increasing every day. This will raise the demand for commercial public charging, whether it's in a shopping centre, a parking lot, or a commercial office building. Electric Vehicle users will prefer locations that have EV chargers. The driver can see all the charging stations in the network in their location. Increase the value of your property by installing Electric Vehicle chargers in your facility.

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Service Station

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The charge stations installed at service stations are superchargers, these are dedicated DC chargers which enable fast charging of EV's. These chargers operate at power levels from 25kW to 1,000kW. Two cars can be served from one station with simultaneous charging from two DC and one AC cable. Connectors are designed with global standards and at an accessible height for the disabled. Electric Vehicle drivers can pay via tap and go using their credit cards or we can integrate to existing service station payment systems. Electrical capacity is typically limites and we have solutions to reduce potentially expensive grid upgrades to enable the retrofit of EV chargers. 

Dynamic Load Management

The THOR dynamic load balancing system is used when the total rated power requirement of several charging stations exceeds the power capacity of the parking lot. The system will manage the energy requirements of all the charging stations connected to the system in real time. Dynamic load balancing enables power distribution across multiple Electric Vehicles. When one EV is completely charged, more power will be supplied to other vehicles. Hence with a dynamic load balancing system, power transferred from the buildings to the EV charge stations will be regulated to the maximum avalbible ensureing a reliable power supply for all.

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Vehicle-to-Load (V2L)

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Vehicle-to-Load (V2L) technology allows electric vehicles (EVs) to serve as portable energy sources, utilizing their batteries to power external devices or even homes during emergencies or peak demand periods.

 

This innovative capability enhances the versatility and value of EVs, providing a backup power source for various applications. V2L systems can stabilize the grid by balancing energy demand and supply, reducing strain during peak times. Additionally, it enables EV owners to save on electricity costs by utilizing their vehicle's stored energy when needed. Moreover, V2L also offers flexibility and convenience in everyday life, allowing EV owners to power outdoor events, camping trips, or remote worksites without the need for separate generators. Ultimately, V2L contributes to greater energy resilience, efficiency, and sustainability in transportation and beyond.

Overall, V2L technology enhances the value proposition of EVs, offering a practical and environmentally friendly solution for energy storage and distribution.

Vehicle-to-Grid (V2G)

Vehicle-to-Grid (V2G) technology empowers electric vehicles (EVs) to not only consume energy but also supply it back to the grid. By utilizing the battery capacity of EVs, V2G enables them to store surplus energy during off-peak hours and discharge it during periods of high demand. This two-way flow of electricity enhances grid stability and reliability while allowing EV owners to earn revenue by selling excess energy. V2G also supports renewable energy integration by balancing fluctuations in generation and demand. Overall, V2G transforms EVs into dynamic grid assets, providing environmental benefits and financial incentives for both owners and grid operators.

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