Best EV Charger for Apartments in Australia 2026

Picking an EV charger for an apartment is not the same as picking one for a house. In a house, you choose based on charge speed, solar, and price. In an apartment, the charger also needs to satisfy your body corporate, work within the building’s electrical capacity, and ideally support future residents who want to charge too.

The wrong charger choice creates problems down the line. A charger without OCPP locks you out of shared billing systems. A charger without load management means the building may not be able to add more chargers without an expensive switchboard upgrade. And a charger that is too large or too loud for a car park environment invites unnecessary objections from the committee.

This guide compares the best EV chargers for Australian apartments and strata buildings, covering dedicated single-bay setups and shared multi-charger infrastructure.

What makes an apartment charger different

Four things matter more in an apartment than in a house:

OCPP support. Open Charge Point Protocol lets each charger communicate with a central management system. This is how buildings with multiple chargers handle per-resident billing, monitor usage, and set charging schedules. Without OCPP, adding a second or third charger to the building later becomes a headache. Since 2025, OCPP also satisfies demand-response requirements in NSW, VIC, QLD, and SA.

Load management. Most apartment buildings do not have unlimited spare electrical capacity. Load management allows multiple chargers to share a single circuit or a limited supply allocation, dynamically distributing power based on demand. Without it, each charger needs its own full-capacity circuit, and the switchboard fills up fast.

Compact, quiet design. Car park environments are shared spaces. A charger that protrudes significantly from the wall or makes audible noise during charging will attract complaints. IP55 rating or higher is the minimum for exposed car park locations.

Metering and billing. If the charger is on a shared circuit or common power supply, the building needs a way to bill each resident for their actual usage. OCPP-based platforms handle this. Some chargers also have built-in MID-certified energy meters for accurate billing.

Quick comparison

Charger	Price (unit)	Max Speed	OCPP	Load Mgmt	IP Rating	Warranty	Best For
Evnex E2 Core	$999	7.4 kW	Yes	Yes	IP65	4 years	Single-bay dedicated circuit
Wallbox Pulsar Plus	~$1,100	7.4 kW	Yes	Yes	IP54	2 years	Multi-charger shared setups
ABB Terra AC Wallbox	~$1,400	7.4 kW	Yes	Yes	IP54	2 years	High-traffic common-area use
Evnex E2 Plus	$1,299	7.4 kW	Yes	Yes	IP65	4 years	Buildings with common solar
Sungrow AC22E	~$999	7.4 kW	Yes	Yes	IP65	5 years	Sungrow-equipped buildings

Top picks for apartment EV chargers

Evnex E2 Core: best for most apartment owners

Price: $999 (unit only) Speed: 7.4 kW single-phase OCPP: Yes Load management: Yes, built-in IP rating: IP65 Warranty: 4 years

The Evnex E2 Core is the strongest all-round option for apartment residents installing a dedicated charger in their bay. It has OCPP and load management built in at $999, which is the lowest price point for a fully featured smart charger in Australia. The IP65 rating means it handles exposed car park conditions without issue. The 4-year warranty is the longest in this category.

For body corporate applications, the Evnex ticks every box that a committee is likely to ask about: OCPP for future compatibility, load management so it will not stress the switchboard, and a recognised brand with local NZ/AU support.

If you are the first resident in your building to install and want to make the approval process as smooth as possible, this is the charger to put in your application. It is also the easiest to integrate into a building-wide OCPP system later if more residents follow.

Wallbox Pulsar Plus: best for multi-charger buildings

Price: ~$1,100 (unit only) Speed: 7.4 kW single-phase, up to 22 kW three-phase OCPP: Yes Load management: Yes, via Wallbox Power Boost and Eco-Smart IP rating: IP54 Warranty: 2 years

The Wallbox Pulsar Plus is widely used in European apartment buildings where managed multi-charger setups are standard. Its Power Boost feature dynamically adjusts charging power based on available building supply, preventing overloads without manual intervention.

Where the Wallbox stands out is scale. If your building is installing four or more chargers as part of a shared infrastructure rollout, the Wallbox ecosystem (Pulsar Plus chargers managed through a Wallbox Commander or OCPP backend) is a proven, well-documented setup. Strata managers and commercial electricians are familiar with the platform.

The trade-off is the shorter 2-year warranty and IP54 rating (adequate for covered car parks, but less robust than IP65 for fully exposed locations). For uncovered outdoor bays, the Evnex or Sungrow are better suited.

ABB Terra AC Wallbox: best for common-area installations

Price: ~$1,400 (unit only) Speed: 7.4 kW single-phase, up to 22 kW three-phase OCPP: Yes Load management: Yes IP rating: IP54 Warranty: 2 years

The ABB Terra is the most commercially robust option on this list. ABB is one of the largest electrical equipment manufacturers in the world, and the Terra is built to a higher physical standard than most residential chargers. The housing is thicker, the internals are better shielded, and it is designed for environments where multiple users are plugging and unplugging daily.

This is the right choice for a charger installed in a common-area visitor bay or shared resident bay where the unit will see heavier use than a single-owner installation. The higher price reflects the commercial-grade build quality.

For a dedicated single-bay install where you are the only user, the ABB is overkill. The Evnex E2 Core does the same job for $400 less with a longer warranty.

Evnex E2 Plus: best for buildings with shared solar

Price: $1,299 (unit only) Speed: 7.4 kW single-phase OCPP: Yes Load management: Yes Solar diversion: Yes IP rating: IP65 Warranty: 4 years

The Evnex E2 Plus adds solar integration to the E2 Core feature set. For apartment buildings with rooftop solar on the common supply, this allows the charger to prioritise surplus solar energy before drawing from the grid. This is increasingly relevant as newer apartment buildings in suburbs across Brisbane, Sydney, and Melbourne are built with common-area solar systems.

If your building does not have solar, save $300 and get the E2 Core instead. The Plus only makes sense when there is solar generation to divert.

Sungrow AC22E: best for Sungrow-equipped buildings

Price: ~$999 (unit only) Speed: 7.4 kW single-phase, up to 22 kW three-phase OCPP: Yes Load management: Yes IP rating: IP65 Warranty: 5 years

If your apartment building already runs Sungrow inverters or batteries on the common supply, the AC22E integrates natively with the Sungrow ecosystem. This gives the building manager a single platform to monitor solar generation, battery storage, and EV charging across the building.

The 5-year warranty is the longest on this list, and the $999 price matches the Evnex E2 Core. The main limitation is that the tight Sungrow integration only matters if the building has Sungrow equipment. Without it, the AC22E is a solid OCPP charger but offers no advantage over the Evnex.

Dedicated circuit vs shared infrastructure: which setup suits your building?

Dedicated circuit (1 to 3 chargers)

Each resident gets their own circuit from the switchboard to their bay, metered individually. This is the simplest setup electrically and legally. You pay for your own power through your own meter.

Cost: $2,000 to $4,500 per bay installed (charger + wiring + any switchboard work). Cable run length is the biggest variable. A bay close to the switchboard in a single-level car park might cost $2,000. A bay on level B3 of an underground car park with a 40-metre cable run could hit $4,500.

Best charger: Evnex E2 Core or Sungrow AC22E.

Shared load-managed infrastructure (4+ chargers)

A single electrical supply feeds multiple chargers through an OCPP management system. Power is distributed dynamically. Billing is handled through the management platform.

Cost: Higher upfront, but per-bay cost drops to $800 to $1,500 at scale. The building typically funds the backbone infrastructure, with individual residents paying for their charger unit and connection.

Best charger: Wallbox Pulsar Plus (proven multi-unit ecosystem) or Evnex E2 Core (if the OCPP backend is handled separately).

Making your body corporate application easier

Charger choice directly affects how easy the approval process is. A body corporate is more likely to approve an application that includes:

• A charger with OCPP and load management (demonstrates future-proofing)
• An IP65-rated unit (shows you have considered the car park environment)
• A clear statement that the charger will not affect building power supply
• A licensed electrician’s quote with scope of works

For the full strata approval walkthrough, see our guide on getting an EV charger approved in a strata building. For funding options, see EV charger grants for apartments.

Our recommendation

For most apartment owners installing a single charger in their bay, the Evnex E2 Core at $999 is the best option. It has OCPP, load management, IP65, and a 4-year warranty at the lowest price in its class. It makes body corporate applications straightforward and integrates cleanly into building-wide systems later.

For buildings rolling out shared infrastructure for four or more residents, the Wallbox Pulsar Plus has the most established multi-unit ecosystem.

For buildings with Sungrow solar equipment, the Sungrow AC22E offers the same features as the Evnex with native Sungrow integration and a 5-year warranty.

Check charger installation costs to see pricing for your apartment.