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Considering switching to an electric vehicle but unsure about the charging process?

Explore the world of EV chargers in this article, focusing on home chargers and their importance.

Covering the installation process, speed of charging, specialist EV charge point installations, different models, features, and costs associated with installing a dedicated home charger.

Find out more about charging your electric car at home efficiently and conveniently.

EV Chargers

EV Chargers play a crucial role in supporting the infrastructure necessary for electric vehicles, offering a reliable and efficient method of recharging electric cars.

The widespread adoption of Electric Vehicles (EVs) has heightened the demand for various types of EV chargers, including Level 1, Level 2, and DC Fast Chargers.

Each type has its own charging speed and compatibility, catering to different needs of EV drivers.

EV Chargers are not only essential for individual EV owners but also contribute to the overall reduction of greenhouse gas emissions, ultimately supporting sustainable transportation initiatives.

Brands like Tesla, ChargePoint, and EVgo have emerged as key players in the market, offering innovative solutions and user-friendly interfaces that enhance the charging experience.

What is an EV Charger?

An EV Charger is a device designed to provide electric vehicles with the necessary power to recharge their batteries, serving as the primary interface between the power supply and the electric car.

What are home EV chargers?

Home EV chargers are residential charging points that enable electric car owners to conveniently recharge their vehicles at home, providing a cost-effective and efficient solution for daily charging requirements.

These chargers offer numerous advantages to homeowners, such as reducing dependence on public charging points, saving time and money, and promoting environmental sustainability.

The installation process for home EV chargers is usually straightforward, with choices for professional installation or DIY configurations available.

Many models come with intelligent functions like setting charging times to benefit from lower electricity tariffs or remotely monitoring the charging process via mobile apps.

The connectivity options for these chargers enable users to integrate them with home energy management systems for optimised energy consumption.

Why are chargers useful?

Chargers are essential for electric cars as they provide a reliable and accessible means of recharging, ensuring that electric vehicle owners can maintain their vehicle’s battery levels conveniently and efficiently.

Without a reliable charging infrastructure, the widespread adoption of electric vehicles would be challenging.

Chargers play a crucial role in addressing range anxiety, a common concern among potential electric car buyers.

With the availability of different types of chargers, including Level 1, Level 2, and DC fast chargers, owners have the flexibility to choose the one that suits their needs best.

What else do they offer?

Along with basic charging capabilities, EV chargers offer advanced features such as rapid charging options, compatibility with various electric car models, and durable cables for efficient power delivery.

EV chargers with rapid charging capabilities significantly reduce the time required to recharge your electric vehicle, making them ideal for quick top-ups or long journeys.

These chargers are designed to be compatible with a wide range of electric car models, ensuring versatility and convenience for EV owners with different vehicles.

The inclusion of durable cables in EV chargers not only enhances safety during charging but also helps maintain a reliable and efficient power flow for optimal performance.

Installation costs for EV chargers can vary based on factors such as power requirements and mounting options, but initial investments are often offset by long-term savings on fuel expenses.

Advanced charging technologies, like bi-directional charging and smart charging systems, offer additional benefits such as energy management optimisation and grid stabilisation.

EV Charger Installation Process

The EV charger installation process involves several key steps, including:

  1. Assessing the suitable location
  2. Ensuring safety compliance
  3. Connecting to the mains power supply
  4. Integrating with the fuse board
  5. Selecting the appropriate cable for efficient power transmission

Brick or Plaster Wall

When installing an EV charger, it is essential to consider whether the mounting surface is a brick or plaster wall, as this factor influences the installation method and durability of the charging station.

For brick walls, the installation process typically involves drilling pilot holes using masonry drill bits to securely attach mounting brackets or brackets designed for brick surfaces.

The structural integrity of the wall is crucial to support the weight of the charger over time, ensuring a stable and safe installation.

Compatibility with the charger model and the wall material is key to prevent any issues post-installation.

On the other hand, installing on plaster walls requires special anchors and screws to bear the weight of the charger.

Careful consideration of load-bearing capacity is vital to avoid damage to the wall and guarantee the stability of the charger.


Safety is paramount during the installation of EV chargers, with a focus on proper earthing, Earth Protection, voltage regulation, and adherence to electrical codes to ensure a secure and reliable charging setup.

Proper earthing serves as a foundational safety aspect in EV charger installations, directing excess electrical current into the ground for safe dissipation.

Ensuring Earth Protection involves safeguarding against potential electrical faults and voltage leakages, minimising risks of shock or fires.

Voltage regulation mechanisms play a crucial role in maintaining a consistent and safe charging environment, preventing overloading and voltage fluctuations.

Adhering to stringent electrical codes not only guarantees operational efficiency but also prioritizes the safety of users and the environment.

Compliance with safety standards and regulations not only mitigates risks but also ensures that installations are sustainable and environmentally conscious.

Mains Power

The connection to the mains power supply is a critical aspect of EV charger installations, ensuring sufficient voltage, power delivery capacity, and compatibility with the charger’s electrical requirements for optimal charging performance.

When setting up an EV charger, it’s essential to consider the voltage requirements to guarantee that the charger receives the necessary power input to function efficiently.

Power capacity is another key factor that must be assessed meticulously to avoid overloading circuits or causing electrical issues.

Ensuring the compatibility of the power supply with the charger’s specifications is crucial for seamless operation and increased energy efficiency.

Fuse Board

Integrating the EV charger with the consumer unit is a critical step in the installation process, ensuring proper circuit protection, electrical load management, and seamless integration with the existing power distribution infrastructure.

When connecting the EV charger to the consumer unit, the consumer unit serves as a vital hub for regulating the flow of electricity through the system.

This connection allows for effective circuit protection by using appropriate fuses or circuit breakers to safeguard against overloads and short circuits.

The consumer unit enables the implementation of load management strategies to optimise power distribution within the property.

Compatibility between the EV charger and the consumer unit is crucial to ensure a reliable and safe installation.

Along with compatibility, it is essential to consider security features such as surge protection, residual current devices, and correct wiring practices to mitigate potential risks during operation.


Selecting the appropriate cable for the EV charger installation is crucial for efficient power transmission, ensuring compatibility with the power supply, voltage requirements, and durability for long-term usage.

In terms of power transmission efficiency, the choice of cable can significantly impact the charging process, affecting both speed and energy loss.

Choosing the right cable type based on the voltage compatibility not only ensures safe and reliable operation but also plays a vital role in maintaining the overall efficiency of the charging system.

Factors such as cross-sectional area, material composition, and insulation properties are key considerations in determining the cable’s capability to handle the required voltage and current levels efficiently.

How quickly can you charge an electric car at home?

The speed at which you can charge an electric car at home depends on the charger’s power output, the electric car’s battery capacity, and the charging technology used, with smart charging solutions offering enhanced charging speeds and efficiency.

Charging Rate

The charging rate of an electric car using an EV charger depends on the charger’s output power, the electric vehicle’s battery capacity, and the charging protocol employed, with higher power chargers offering faster charging rates for quicker refueling.

When selecting an EV charger, it’s crucial to consider the power output as it directly impacts the speed at which your vehicle’s battery can be replenished.

A higher power output charger, such as a Level 3 DC fast charger, can significantly reduce charging time compared to Level 1 or Level 2 chargers.

The compatibility of the charger with your car’s battery technology also plays a vital role.

Lithium-ion batteries, for instance, are more adaptable to rapid charging than other types.

Some chargers support multiple protocols like CHAdeMO, CCS, or Tesla Supercharger, each influencing the charging speed and efficiency differently.

Smart Charging

Smart charging solutions for electric vehicles offer remote monitoring, scheduling, and optimisation features through connectivity options such as WiFi and mobile apps, enabling users to manage and control their charging processes efficiently and intelligently.

These innovative technologies are revolutionizing the way EV owners interact with their charging infrastructure.

The remote monitoring capabilities allow users to check the status of their vehicle’s charge from anywhere, giving them peace of mind and convenience.

The scheduling functionalities enable users to set charging times based on energy rates or their personal schedules, optimising energy usage and cost savings.

The user-friendly app interfaces make it easy for individuals to monitor their charging, adjust settings, and receive notifications seamlessly.

Specialist EV Charge Point Installation

Specialist EV charge point installation services cater to commercial and workplace environments, offering tailored features, robust power supply capabilities, and unique identification systems such as Manufacturers Part Numbers and Barcodes for effective asset management.


Specialist EV charge point installation services offer a range of models tailored to workplace needs, featuring diverse charging capacities, advanced connectivity options, and innovative features designed to enhance workplace charging efficiency.

These charging stations come in various forms, from compact wall-mounted units to freestanding pedestals, catering to different workplace layouts and space constraints.

Some models offer bi-directional charging capabilities, allowing the EV to power the workplace in case of emergencies, which can be essential for businesses seeking backup power solutions.

Fast-charging stations are popular for their ability to quickly recharge vehicles during short breaks, promoting continuous productivity without extended downtime.


Specialist EV charge point installations come equipped with advanced features such as Earth Protection mechanisms, enhanced connectivity options, and IP-rated enclosures for durability and safety in workplace charging environments.

These charging stations are specifically designed to safeguard against electrical faults and surges, ensuring the safety of both the vehicle and individuals.

The Earth Protection mechanisms serve to prevent potential harm due to faulty wiring or power fluctuations.

Along with safety measures, these EV charge points offer seamless connectivity enhancements, facilitating remote monitoring, data tracking, and software updates.

This connectivity enables fleet managers or businesses to efficiently manage charging schedules and optimise energy consumption.

The IP ratings of these charge points ensure resilience against various environmental factors like dust, water, and corrosion, making them ideal for outdoor installation and long-term usage in diverse conditions.

Cost of installing a dedicated home charger

The cost of installing a dedicated home EV charger varies based on factors such as installation complexity, charger brand, eligibility for government grants like the OZEV grant, and optional features provided by charging point providers such as Pod Point.

Untethered or tethered home charger?

Choosing between an untethered or tethered home charger involves evaluating factors like plug compatibility, installation costs, warranty coverage, and brand considerations, ensuring the selected charging option meets the homeowner’s specific needs and preferences.

Untethered home chargers offer the advantage of flexibility, allowing users to use a range of compatible cables based on their electric vehicle’s needs.

On the other hand, tethered chargers come with built-in cables, eliminating the need for users to carry a separate cable.

Tethered chargers may limit options when switching to a different vehicle or connector type.

In terms of cost implications, untethered chargers are generally more affordable upfront as they do not include a built-in cable.

This can be advantageous for those on a budget or looking for a more economical charging solution.

Meanwhile, tethered chargers may involve higher initial costs due to the included cable.

Frequently Asked Questions

What is the Charge-m8 Delta ANACE1-400V/32A-T23/B EV charger?

The Charge-m8 Delta ANACE1-400V/32A-T23/B is a type 2 EV charger that can deliver up to 32 amps of charging power at 400 volts.

It is designed for use with electric vehicles that have a type 2 charging port.

What is the maximum charging speed of the Charge-m8 Delta ANACE1-400V/32A-T23/B EV charger?

This EV charger can deliver a maximum charging speed of 22kW, making it suitable for fast charging electric vehicles.

How long does it take to fully charge an electric vehicle using the Charge-m8 Delta ANACE1-400V/32A-T23/B?

The charging time will vary depending on the capacity of the vehicle’s battery and the current charge level.

On average, it can take around 3-4 hours to fully charge an electric vehicle using this charger.

What safety features does the Charge-m8 Delta ANACE1-400V/32A-T23/B have?

This EV charger is equipped with various safety features, including overvoltage protection, overcurrent protection, and short circuit protection.

It also has a built-in temperature sensor to prevent overheating during charging.

Can the Charge-m8 Delta ANACE1-400V/32A-T23/B be used for both home and public charging?

This EV charger is suitable for both home and public charging.

However, you may need to purchase additional accessories, such as a wall mount or a charging cable, for home use.

Does the Charge-m8 Delta ANACE1-400V/32A-T23/B come with a warranty?

This EV charger comes with a standard warranty of 2 years.

However, some retailers may offer an extended warranty for an additional cost.

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About EV Charger Installation