Europe and Australia EV Charger Buyer Guide: Type 2, OCPP, RCM, and Site Checks
Plan EV charger sourcing for Europe and Australia by Type 2, power, phase, OCPP, RCM or local documentation, site checks, labels, packaging, and support process.
Home Charging
EV Charging Cable Selection Guide: Type 2, Current Rating, Length, and B2B Sourcing
Choose EV charging cables by Type 1/Type 2 connector, current rating, phase, voltage, cable length, IP rating, durability, packaging, and B2B sourcing needs.
Type 1, Type 2, and GBT Portable EV Chargers: Market Standard Selection Guide
Choose Type 1, Type 2 or GBT portable EV chargers by market standard, connector, input plug, power, phase, smart functions, datasheet, and inquiry model.
Dynamic Load Balancing for Apartment and Workplace EV Charging: Specification Checklist
Plan Dynamic Load Balancing for EV chargers by site capacity, measurement point, charger group, user priority, OCPP visibility, and future expansion.
AC EV Charger Manufacturer Selection Guide for Distributors and Installers
Compare AC EV charger manufacturers by market standard, 7kW/11kW/22kW range, OCPP, RFID, DLB, documentation, OEM/ODM support, and after-sales process.
Portable EV Chargers for Australia: Type 2, RCM, Site Power, and Buyer Checks
Review portable EV charger buyer checks for Australia, including Type 2 connectors, site power, RCM expectations, smart charging, OCPP, and metering.
EV Charging for Apartments: AC Charger Planning, Load Balancing, and User Access
Plan apartment EV charging with AC wallboxes, dynamic load balancing, OCPP access control, metering, and practical expansion steps.
Type 1 vs Type 2 vs GBT EV Charging Connectors
Compare Type 1, Type 2, and GBT EV charging connector standards for portable chargers, AC wallboxes, charging cables, and market-specific sourcing projects.
Type A vs Type B RCD for EV Chargers
Compare Type A and Type B RCD requirements for EV chargers, including 6mA DC leakage detection, installation rules, and buyer questions before quotation.
What Is Dynamic Load Balancing for EV Chargers?
Understand Dynamic Load Balancing for EV chargers, when DLB is useful, and how it affects apartments, workplaces, fleets, hotels, and commercial charging sites.
EV charging insights
Home Charging insights for residential buyers
Home Charging articles explain residential charger choices for houses, apartments, villas, and small private parking areas, including AC wallbox chargers, portable chargers, Type 1 and Type 2 connector standards, app control, display options, cable route, breaker selection, installation safety, and everyday driver convenience. These notes help dealers and installers guide customers without confusing a simple home charging need with a commercial OCPP operation.
Buyer questions answered
- Should the customer use a fixed wallbox or portable charger based on parking space, wiring access, and whether they need to move the charger?
- What current, plug, connector, cable length, breaker, phase, and cable route are safe for the home installation?
- Which simple smart features improve everyday home charging, such as app start, delayed charging, current adjustment, solar mode, or display feedback?
- Does the buyer really need OCPP, RFID, 4G, or backend operation, or would that add cost and support complexity for a private residential user?
Selection notes
- Confirm phase, breaker, cable route, connector type, wall position, outdoor exposure, IP rating, and target market certification before recommending a home charger
- Avoid over-specifying OCPP if the customer only needs private home charging, but keep app control, safety protection, and clear user instructions visible
- Keep installation guidance clear for dealers, electricians, and end users so the charger, cable, and electrical protection are selected together
Related Amprisen solutions
- Residential AC Wallbox
- Portable EV Charger
- Type 2 Cable
- App-Controlled Charger