EV charger facility
What is EV Charger?
EVSE (Electric Vehicle Supply Equipment)
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An EV (Electric Vehicle) charger is a device used to supply electrical energy to the battery of an electric vehicle.
It converts electrical power from a source, such as the grid or a solar panel system, into a form that the vehicle's battery can store and use.
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Two main types based on the type of current they use:
AC (Alternating Current) chargers and
DC (Direct Current) chargers.
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Benefit Of EV’s
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​1) Lower Fuel Costs-EVs are cheaper than "fuel" with electricity compared to petrol or diesel.
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2) Reduced Maintenance Costs-Fewer moving parts in EVs lead to lower maintenance and repair expenses.
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3) Government Incentives-Many governments, including Malaysia, offer tax breaks, rebates, and incentives for EV adoption.
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4) Malaysia's EV Targets by 2030-EV Market Penetration: Malaysia aims for electric vehicles to make up 15% of the total industry volume (TIV) by 2030.
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5) Environmental Impact-Malaysia is also targeting 10,000 public charging stations by 2025 for growth in EV adoption, to reduce greenhouse gas emissions and support a greener economy.
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22kW AC Charger Facility
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Faster Charging Compared to Lower-Powered AC Chargers:
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A 22kW AC charger charges vehicles faster than standard 7.4kW home chargers, providing up to 100km of range per hour, about three times quicker.
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Suitable for Residential, Commercial, and Workplace Use:
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Ideal for apartment complexes, commercial parking lots, and workplaces, these chargers allow vehicles to be charged efficiently during extended periods.
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Wide Compatibility:
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Most electric vehicles are compatible with 22kW AC chargers. Many EVs support AC charging at 11kW or 22kW, depending on their onboard chargers.
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More safer for condominium:
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AC chargers operate at lower power, generating less heat and reducing fire hazards, making them safer for residential environments like condominiums.
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Less Strain on Grid Infrastructure:
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Compared to DC fast chargers, 22kW AC chargers place less demand on the local electrical grid and are easier to integrate into existing infrastructure.
Why DC NOT Recommended
at the moment
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The installation of DC chargers underground in parking lots may appear straightforward at first glance, but in reality, it poses a significant safety hazard. Indeed, having an underground
DC charger presents a fire risk.
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Some electric cars *such as hybrid cars are not recommended use DC charger because they can't handle high-power DC chargers, which may result in slower charging times and overheat.
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Safety of Residents
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Costly for start up
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Electrical Hazards
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Structural Hazards
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Fire Hazards