EV Chargers

EV Chargers for Solar PV, Homes, Businesses and Commercial Charging Projects

Buy professional EV chargers, AC charging stations, DC fast chargers, smart wallboxes and commercial EV charging solutions for residential, commercial and industrial installations. 3Buy Solar supplies EV chargers for solar installers, qualified electricians, EPC contractors, EV charging installers, solar wholesalers, solar distributors, resellers and procurement teams across Europe.

This category is built for buyers who need reliable electric vehicle charging products for homes, workplaces, car parks, hotels, retail buildings, fleet depots, commercial properties, PV-powered charging systems and energy storage-ready projects. Whether you are installing a single home wallbox, preparing multiple AC chargers for a workplace, planning a commercial charging site or integrating EV charging with solar panels, solar inverter systems, solar batteries and energy storage, this category helps you source the right EV charging equipment.

EV chargers are no longer standalone electrical devices. In modern projects, they are often part of a wider energy system that can include solar PV generation, hybrid inverters, commercial energy storage, dynamic load balancing, smart meters, OCPP backend platforms, RFID access, user billing, monitoring and building energy management.

Use this category when sourcing EV chargers for:

• Residential home charging
• Solar PV compatible EV charging
• Workplace EV charging
• Commercial parking areas
• Hotels and hospitality sites
• Retail and supermarket charging
• Fleet charging depots
• Office buildings
• Apartment buildings and shared parking
• Industrial sites
• Agricultural businesses
• Public or semi-public charging points
• AC EV charger installations
• DC fast charger projects
• Dynamic load balancing systems
• OCPP-ready charging networks
• Complete kits with solar panels, inverter and storage

EV Chargers for Installers, Electricians and Commercial Projects

EV chargers are used to safely charge electric vehicles from a dedicated electrical supply. For professional installers and qualified electricians, charger selection depends on power rating, phase type, connector type, cable or socket format, protection requirements, network connectivity, load balancing, user access, billing requirements and site electrical capacity.

Residential projects may only need one smart AC wallbox. Commercial projects may require multiple chargers, RFID access, OCPP backend integration, dynamic load management and load distribution across several charging points. Fleet and workplace charging sites may need scalable infrastructure that can grow as more vehicles are added.

Professional EV charger projects may include:

• Single-phase home wallboxes
• Three-phase AC EV chargers
• Type 2 socket chargers
• Tethered EV chargers
• Untethered socket chargers
• 7kW AC chargers
• 11kW AC chargers
• 22kW AC chargers
• DC fast chargers
• Dual-socket commercial chargers
• RFID-controlled chargers
• App-controlled chargers
• OCPP-ready charging stations
• Dynamic load balancing systems
• Solar PV integrated chargers
• EV charging accessories and cables

For solar installers, EV charging is also a strong add-on category. Many customers who install solar panels, solar inverter systems, solar batteries and energy storage are also planning electric vehicle charging. Combining solar PV and EV charging can increase self-consumption and improve the value of a complete energy system.

AC EV Chargers for Homes, Workplaces and Businesses

AC EV chargers are the most common charger type for homes, workplaces, small businesses, hotels, apartment buildings and destination charging. They are usually available as wall-mounted or pedestal-mounted chargers and are often installed in single-phase or three-phase configurations.

Common AC EV charger power ratings include:

• 3.7kW AC charging
• 7.4kW single-phase charging
• 11kW three-phase charging
• 22kW three-phase charging

AC EV chargers are suitable for:

• Residential driveways
• Solar-powered home charging
• Offices and workplaces
• Apartment parking
• Hotels and guest parking
• Retail parking
• Small business fleets
• Staff charging points
• Destination charging
• Shared commercial parking

Installer-relevant features may include:

• Type 2 socket or tethered cable
• RFID access
• Mobile app control
• Wi-Fi connectivity
• Ethernet connectivity
• 4G connectivity
• OCPP compatibility
• MID meter options
• Integrated DC leakage detection where available
• Dynamic load balancing
• Solar surplus charging
• Indoor and outdoor mounting
• IP-rated enclosure
• Wall or pedestal installation

For professional installers, AC EV chargers are often the fastest way to add EV charging to residential and commercial sites. The correct model should be selected according to available site power, vehicle charging needs, user access requirements and future expansion plans.

DC Fast Chargers for Commercial and High-Use Charging Sites

DC fast chargers are used where faster charging is required than standard AC wallboxes can provide. These chargers convert AC power to DC inside the charger and deliver DC power directly to the vehicle battery. They are commonly used in commercial charging locations, fleet depots, public charging sites, retail destinations, highway locations and high-traffic business environments.

DC fast chargers may be suitable for:

• Fleet charging depots
• Commercial EV charging stations
• Public charging locations
• Retail and supermarket parking
• Hotels and hospitality sites
• Logistics centres
• Taxi and delivery fleets
• Industrial facilities
• EV charging hubs
• Sites with high vehicle turnover

Common DC charger considerations include:

• Charger power rating in kW
• Number of charging outputs
• CCS connector compatibility
• Site grid capacity
• Dynamic load management
• Cooling and ventilation
• Payment or backend system requirements
• OCPP compatibility
• Cable management
• Outdoor rating
• Service and maintenance access
• Electrical protection design

For installers and EPC contractors, DC fast charging projects require stronger planning than standard AC charger installations. Grid capacity, cable sizing, protection, earthing, load management, backend communication and commissioning must all be considered before installation.

Type 2 EV Chargers and Connector Options

Type 2 is the standard AC charging connector format widely used across Europe. Most professional AC EV charger installations in Europe are based on Type 2 socket or Type 2 tethered cable configurations.

Type 2 charger options may include:

• Type 2 socket charger
• Type 2 tethered charger
• Single-phase Type 2 wallbox
• Three-phase Type 2 wallbox
• 7kW home charger
• 11kW workplace charger
• 22kW commercial charger
• Dual Type 2 commercial charger
• Pedestal-mounted Type 2 charger

A tethered charger has a fixed cable attached to the charging unit. This can be convenient for homes, workplaces and fleet sites where the same charging format is used regularly. A socket charger allows the user to connect their own charging cable, which can be useful in public, semi-public and shared parking environments.

Before ordering, check:

• Vehicle compatibility
• Socket or tethered requirement
• Cable length
• Single-phase or three-phase supply
• Required charging power
• Indoor or outdoor installation
• Access control requirements
• Load balancing needs
• OCPP or backend requirements
• Solar PV integration requirements

For solar wholesalers and solar distributors, Type 2 EV chargers are a high-demand product category because they support residential, commercial and installer-led EV charging projects across Europe.

Smart EV Chargers with OCPP, RFID and App Control

Smart EV chargers allow better control, monitoring and management of charging sessions. They are especially important for commercial charging, workplace charging, fleet charging, shared parking and sites where multiple users need controlled access.

Smart EV charger features may include:

• OCPP backend compatibility
• RFID user authentication
• Mobile app control
• Remote monitoring
• Charging session history
• User access management
• Load balancing
• Solar charging modes
• Scheduled charging
• Dynamic tariffs where supported
• Firmware updates
• Ethernet, Wi-Fi or 4G connectivity
• MID meter or billing-ready options
• Remote diagnostics

OCPP-ready chargers are useful where the site owner wants to connect the charging station to a third-party charging management platform. This can support user billing, fleet management, remote control, maintenance reporting and network operation.

For professional installers, smart charger selection should be based on the customer’s operating model. A private home charger has different requirements than a hotel, office car park, fleet depot or public charging site.

Dynamic Load Balancing for EV Charging

Dynamic load balancing helps distribute available electrical capacity between EV chargers and other site loads. This is important because EV chargers can draw significant power, especially when multiple vehicles charge at the same time.

Dynamic load balancing can help:

• Prevent overloading the electrical supply
• Reduce the need for grid connection upgrades
• Share available power between multiple chargers
• Prioritise charging based on site rules
• Support workplace and fleet charging
• Improve charger uptime
• Protect the building electrical system
• Integrate solar PV and battery storage where supported
• Manage commercial charging costs

Dynamic load balancing is especially relevant for:

• Apartment buildings
• Office car parks
• Hotels
• Retail sites
• Fleet depots
• Commercial EV charging hubs
• Industrial sites
• Sites with limited grid capacity
• Solar PV powered charging projects

For installers and qualified electricians, load balancing must be planned early. The charger, meter, CT clamps, gateway, backend platform and electrical distribution design must be compatible with the selected system.

Solar EV Charging and PV Integration

Solar EV charging allows electric vehicles to use energy generated from solar panels. In many residential and commercial projects, EV charging is installed together with a solar PV system, solar inverter, hybrid inverter or solar battery storage system.

Solar EV charging can support:

• Charging from surplus solar PV energy
• Higher self-consumption of solar power
• Lower grid electricity use
• Smart charging during PV production hours
• Home energy management
• Workplace solar charging
• Commercial car park charging
• Fleet charging with solar panels
• Battery-supported EV charging
• Complete kits with solar panels, inverter and EV charger

For solar installers, EV chargers are a natural extension of PV and energy storage projects. A customer with solar panels may want to charge an EV from their own generated energy. A commercial site may want to combine rooftop PV, commercial energy storage and EV chargers to reduce grid demand and improve energy control.

Before selecting a solar-compatible EV charger, check:

• Solar inverter compatibility
• Smart meter compatibility
• Energy management system compatibility
• Dynamic load balancing support
• Single-phase or three-phase installation
• Battery storage integration
• App control and charging modes
• OCPP or backend requirements
• Grid export limitations
• Site electrical capacity

Solar EV charging is especially valuable when the charger can respond to available PV generation and adjust charging power according to the site’s energy flow.

EV Chargers for Residential Home Charging

Residential EV chargers are usually installed in driveways, garages, carports or private parking spaces. They allow homeowners to charge electric vehicles more safely and conveniently than using a standard socket.

Residential EV charger applications include:

• Home wallbox installation
• Solar PV compatible home charging
• Single-phase 7kW charging
• Three-phase 11kW charging where available
• Tethered charging for daily use
• Socket charging for flexibility
• App-controlled home charging
• Dynamic load balancing
• Solar surplus charging
• Complete residential solar and EV kits

For solar installers, residential EV chargers are often sold together with solar panels, solar inverter systems, hybrid inverters and solar batteries. This helps the homeowner use more of their own solar power and prepares the property for future energy needs.

Professional installers should check:

• Available electrical supply
• Main fuse capacity
• Single-phase or three-phase connection
• Cable route
• Protection requirements
• Earthing arrangement
• Charger location
• Wi-Fi or network access
• Solar PV integration requirements
• Local installation rules

EV Chargers for Workplace and Office Charging

Workplace EV charging allows employees, visitors and company vehicles to charge during the day. This is one of the strongest commercial EV charger applications because workplace charging often aligns well with daytime solar PV production.

Workplace charging may require:

• Multiple AC chargers
• Dual-socket chargers
• RFID access
• User management
• Load balancing
• OCPP backend connection
• Charging reports
• App or card authentication
• Solar PV integration
• Fleet charging rules
• Staff and visitor access control

Workplace EV charging is suitable for:

• Office buildings
• Business parks
• Company car parks
• Corporate fleet sites
• Industrial offices
• Logistics sites
• Public-sector buildings
• Education campuses
• Healthcare sites
• Commercial landlords

For installers and EPC contractors, workplace charging projects should be designed around available power, number of users, parking behaviour, access control and future expansion. A site may start with a few 22kW AC chargers and later expand to more charging points or add commercial energy storage.

EV Chargers for Hotels, Retail and Destination Charging

Hotels, supermarkets, retail centres, restaurants and leisure sites often install EV chargers to attract customers and improve service value. These are usually destination charging sites where vehicles remain parked for longer periods.

Destination charging applications include:

• Hotel guest charging
• Restaurant parking
• Retail car parks
• Supermarket charging
• Shopping centre charging
• Leisure and sports facilities
• Tourist locations
• Public or semi-public access
• Paid charging services
• Customer loyalty charging

Useful charger features may include:

• Type 2 socket or tethered cable
• RFID access
• QR code payment integration where supported
• OCPP backend compatibility
• Usage reporting
• Remote monitoring
• Load balancing
• Durable outdoor enclosure
• Clear display and status indicators
• Dual charging outputs

For commercial property owners, EV charging can support customer experience and future-proof the site. For installers, these projects require good planning around charger placement, cable routing, access control, payment requirements and maintenance.

EV Chargers for Fleet Charging and Logistics Sites

Fleet charging sites need reliable charging infrastructure for company vehicles, vans, service fleets, taxis, delivery vehicles and logistics operations. These projects often need stronger load management and planning than home or destination charging.

Fleet EV charging may require:

• Multiple AC chargers
• DC fast chargers
• Charging schedules
• Load balancing
• OCPP backend management
• Vehicle and driver access control
• Energy usage reports
• Charging prioritisation
• Solar PV integration
• Battery storage support
• Scalable infrastructure
• Service and maintenance planning

Fleet charging is suitable for:

• Delivery companies
• Logistics centres
• Service vehicle fleets
• Municipal fleets
• Taxi operators
• Company car fleets
• Industrial vehicle depots
• Agricultural vehicle operations
• Commercial parking depots

For installers and EPC contractors, fleet charging design should consider charging windows, daily mileage, vehicle battery size, number of vehicles, available grid capacity and future growth.

EV Chargers for Apartment Buildings and Shared Parking

Apartment buildings and shared parking sites need EV charging solutions that can manage multiple users and limited electrical capacity. These projects often require access control, billing, load management and scalable installation design.

Shared parking EV charger projects may include:

• Apartment building chargers
• Resident access control
• RFID authentication
• OCPP backend management
• Load balancing across multiple chargers
• User billing support
• Shared parking allocation
• Cable routing in garages
• Pedestal-mounted chargers
• Wall-mounted chargers
• Expansion planning for future users

For installers, apartment EV charging projects require early planning around distribution board capacity, metering, cable routes, user management, backend selection and property management requirements.

EV Charger Power Ratings and Configurations

EV chargers are selected according to power rating, vehicle compatibility, site electrical capacity and charging behaviour. The correct charger depends on whether the project is residential, workplace, commercial, fleet or public charging.

Common EV charger configurations include:

• 3.7kW AC charger
• 7.4kW single-phase AC charger
• 11kW three-phase AC charger
• 22kW three-phase AC charger
• Dual 22kW AC charger
• 20kW DC charger
• 30kW DC charger
• 40kW DC charger
• 60kW DC fast charger
• Higher-power DC charging systems depending on site design
• Socket chargers
• Tethered chargers
• Wall-mounted chargers
• Pedestal-mounted chargers
• OCPP-ready chargers
• RFID-controlled chargers
• Solar-compatible smart chargers

For professional installations, charger power should be selected according to vehicle needs, available site supply, electrical protection, grid limits, cable sizing and charging time requirements. A higher-power charger is not always the best choice if the site cannot support it safely or efficiently.

EV Charger Safety, Protection and Installation Requirements

EV charger installation must be handled by qualified professionals according to electrical regulations and manufacturer documentation. Charger safety depends on correct product selection, cable sizing, earthing, protection devices, installation location and commissioning.

Installer checks may include:

• Single-phase or three-phase supply
• Charger power rating
• Cable cross-section
• Circuit protection
• Residual current protection
• DC leakage detection requirement
• Surge protection where required
• Earthing arrangement
• Indoor or outdoor installation
• IP rating
• IK impact rating where relevant
• Load balancing requirement
• Solar PV integration
• Network connection
• Backend communication
• Commissioning procedure
• User handover

For commercial projects, installers should also consider signage, access control, billing requirements, service access, maintenance planning and future expansion.

EV Charger Accessories and Related Components

EV charger projects often require accessories and related electrical components to complete the installation. Sourcing these products together can reduce delays and improve installation quality.

Common EV charger accessories include:

• Type 2 charging cables
• Cable holders
• Wall brackets
• Pedestals
• Mounting posts
• RFID cards
• Smart meters
• CT clamps
• Load balancing gateways
• Communication cables
• Ethernet cables
• Distribution boards
• Circuit breakers
• Surge protection devices
• Residual current protection
• Cable glands
• Conduit and trunking
• Warning labels
• Solar integration accessories
• Monitoring and energy management devices

For solar installers and EV charging installers, complete procurement is important. A missing smart meter, pedestal, CT clamp, cable or protection device can delay commissioning even when the charger itself is already on site.

EV Chargers for Complete Solar and Energy Storage Kits

EV chargers can be included in complete kits with solar panels, solar inverter systems, hybrid inverters, solar batteries and energy storage products. This is especially useful for installers and resellers who want to offer a complete energy solution instead of a standalone charger.

EV charging complete kits may include:

• Solar panels
• Solar inverter
• Hybrid inverter
• Solar battery
• EV charger
• Smart meter
• Monitoring gateway
• Dynamic load balancing
• Solar cables
• AC wiring
• DC protection
• AC protection
• Mounting system
• EV charging cable
• Installation accessories

For homeowners and businesses, a complete kit can simplify the transition to solar power and electric mobility. For installers, it reduces sourcing complexity and helps ensure that the main system components are compatible.

For solar wholesalers and solar distributors, EV chargers expand the value of solar PV and energy storage categories by connecting solar panels, solar inverter systems, complete kits and electric vehicle charging into one procurement path.

Technical Buying Checklist for EV Chargers

Use this checklist before ordering an EV charger, wallbox or commercial charging station:

• Confirm residential, commercial, fleet or public use
• Confirm AC or DC charging requirement
• Confirm single-phase or three-phase supply
• Confirm charger power rating
• Confirm Type 2 socket or tethered cable requirement
• Confirm cable length
• Confirm indoor or outdoor installation
• Confirm IP rating
• Confirm access control requirement
• Confirm RFID, app or backend management requirement
• Confirm OCPP compatibility if needed
• Confirm dynamic load balancing requirement
• Confirm solar PV integration requirement
• Confirm smart meter or CT clamp compatibility
• Confirm payment or billing requirement
• Confirm cable and protection requirements
• Confirm installation space and mounting method
• Confirm warranty and documentation
• Confirm availability for the full project quantity

This checklist helps installers, electricians, EPC contractors and procurement teams reduce wrong orders, installation delays and commissioning issues.

Why Professional Buyers Choose EV Chargers from 3Buy Solar

3Buy Solar supplies EV chargers, AC wallboxes, DC charging stations, smart EV chargers and charging accessories for professional buyers across Europe. This category is built for installer procurement, solar PV integration, commercial charging projects and B2B supply.

Professional installers, qualified electricians, EPC contractors, EV charging installers, resellers, solar wholesalers and solar distributors choose 3Buy Solar for:

• EV chargers for residential and commercial projects
• AC chargers for homes, workplaces and hotels
• DC chargers for commercial and fleet charging
• Solar-compatible EV charger options
• Smart chargers with load balancing features
• OCPP-ready charging solutions where available
• Type 2 socket and tethered charger options
• EV charging accessories and installation components
• Products that fit solar panels, solar inverter systems and energy storage projects
• Complete kits for solar PV and EV charging
• B2B purchasing and recurring procurement
• European supply and logistics support
• Technical product information for professional buyers

As a solar PV supplier, solar wholesaler and solar distributor, 3Buy Solar helps professional buyers source EV charging products that fit modern solar, energy storage and electric mobility projects.

Related Solar and EV Product Categories

• Solar Panels
• Solar Inverter
• Hybrid Inverters
• Solar Batteries
• Energy Storage
• Commercial Energy Storage
• Complete Kits
• Solar Cables and Wiring
• AC Protection
• DC Protection
• Smart Meters
• Monitoring
• Mounting Systems
• Solar Accessories
• EV Charging Cables
• Electrical Supplies

Frequently Asked Questions About EV Chargers

What is an EV charger?

An EV charger is a dedicated charging device used to charge electric vehicles from an electrical supply. It can be installed at homes, workplaces, commercial buildings, car parks, fleet depots and public charging locations.

What is the difference between AC and DC EV chargers?

AC EV chargers supply alternating current to the vehicle, and the vehicle’s onboard charger converts it to DC for the battery. DC fast chargers convert AC to DC inside the charger and deliver DC power directly to the vehicle battery, allowing faster charging where the vehicle and site support it.

What EV charger power rating do I need?

The correct power rating depends on the vehicle, site electrical capacity, charging time requirement and installation type. Common AC charger ratings include 7.4kW, 11kW and 22kW, while DC chargers are used for faster commercial and fleet charging applications.

Are EV chargers compatible with solar panels?

Many smart EV chargers can be used with solar PV systems, especially when paired with compatible solar inverter systems, smart meters, energy management systems or solar batteries. Solar EV charging can help increase self-consumption of PV energy.

What is dynamic load balancing for EV chargers?

Dynamic load balancing distributes available electrical capacity between EV chargers and other site loads. It helps prevent overload, supports multiple chargers and can reduce the need for costly grid upgrades.

What is OCPP in EV charging?

OCPP stands for Open Charge Point Protocol. It allows EV chargers to communicate with charging management platforms for remote monitoring, user management, billing, smart charging and network operation.

What is a Type 2 EV charger?

A Type 2 EV charger uses the standard AC charging connector format widely used across Europe. It may be supplied as a socket charger or tethered cable charger depending on the installation requirement.

Can EV chargers be used in commercial car parks?

Yes. EV chargers are commonly used in commercial car parks, offices, hotels, retail sites, apartment buildings, fleet depots and workplace charging locations. Commercial projects may require access control, billing, OCPP connectivity and load balancing.

Do EV chargers need a qualified installer?

Yes. EV chargers should be installed by qualified electricians or professional EV charging installers according to local regulations, manufacturer instructions and electrical safety requirements.

Can EV chargers be included in complete solar kits?

Yes. EV chargers can be included in complete kits with solar panels, solar inverter systems, hybrid inverters, solar batteries, smart meters, monitoring and energy storage products.

Who should buy EV chargers from this category?

This category is built for professional solar installers, qualified electricians, EPC contractors, EV charging installers, solar wholesalers, solar distributors, resellers and procurement teams sourcing EV chargers across Europe.

Why buy EV chargers from 3Buy Solar?

3Buy Solar supplies EV chargers, smart wallboxes, commercial charging stations and EV charging accessories for professional European projects, including residential charging, workplace charging, commercial sites, solar PV integration, energy storage systems and complete kits.