EV Charging for Strata Buildings in Melbourne
What Owners Corporations & Strata Managers Need to Know
Introduction
As electric vehicles (EVs) continue to increase across Melbourne, strata buildings are beginning to receive more requests from residents to install EV chargers.
While approving individual installations may seem straightforward, EV charging in apartment buildings is significantly more complex than residential homes. Without proper planning, these installations can create long-term issues for the building’s electrical infrastructure.
At Aether Installations, we specialise in EV charging infrastructure for strata and multi-unit developments, helping buildings implement structured, compliant, and scalable solutions.
This guide outlines what strata managers, owners corporations, and committees need to understand before approving EV charger installations.
The Common Challenge with Strata EV Charging
Many strata buildings approach EV charging by approving installations on a case-by-case basis.
While this may work initially, it often leads to:
• Limited electrical capacity for future chargers
• Inconsistent installation standards
• Overloaded circuits and infrastructure strain
• Expensive upgrade requirements down the track
What begins as a simple approval process can quickly become a complex and costly problem for the building.
Why EV Charging in Strata Buildings is More Complex
EV charger installations in apartment buildings involve additional considerations compared to standalone homes.
Key challenges include:
• Shared electrical infrastructure across multiple units
• Long cable runs through common property
• Access constraints in basements and car parks
• Coordination between strata managers, committees, and residents
• Managing future demand as EV adoption increases
Because of these factors, EV charging in strata buildings should be treated as an infrastructure project — not individual installations.
A Structured Approach to Strata EV Charging
The most effective way to implement EV charging in strata buildings is through a structured, staged approach.
At Aether Installations, we recommend:
Stage 1 - EV Readiness Assessment
This involves assessing the building’s existing electrical capacity and infrastructure.
Includes:
• Switchboard and capacity analysis
• Review of car park layout and cable pathways
• Identification of constraints and opportunities
• Recommendations for future EV integration
Outcome:
A clear understanding of what the building can support and how to move forward.
Stage 2 - Shared EV Infrastructure
Installation of core infrastructure to support multiple EV chargers over time.
Includes:
• Shared electrical distribution systems
• Cable containment and routing pathways
• Load management systems
• Infrastructure designed for staged expansion
Outcome:
A scalable, future-ready system that reduces long-term costs and avoids repeated upgrades.
Stage 3 - Resident Charger Installations
Once infrastructure is in place, individual residents can install chargers within the approved system.
Includes:
• Dedicated circuit to parking bay
• EV charger supply and installation
• Integration with shared infrastructure
• Testing, commissioning, and compliance certification
Outcome:
Safe, compliant, and consistent installations across the building.
👉 For a detailed overview of this approach, visit:
https://www.aetherinstallations.com.au/ev-charging-strata-melbourne
Cost Considerations for Strata EV Charging
Strata EV charger installations are typically more complex than residential installations, which can impact pricing.
Key cost factors include:
• Cable distance from switchboard to parking bay
• Type of car park (basement, open, or multi-level)
• Shared infrastructure requirements
• Load management systems
• Access and installation constraints
While individual installations may appear cheaper initially, a structured infrastructure approach often results in significantly lower long-term costs for the building.
Compliance & Safety Requirements
All EV charger installations must comply with Australian electrical standards, including AS/NZS 3000 (Wiring Rules).
Important considerations include:
• Proper circuit protection (RCBO)
• Load calculations to prevent overload
• Safe cable routing through common areas
• Compliance certification (Certificate of Electrical Safety)
Non-compliant installations can create safety risks and liability for the owners corporation.
Why Professional EV Infrastructure Planning Matters
EV charging in strata environments is not simply an electrical installation - it is an infrastructure decision that affects the entire building.
A professional, structured approach ensures:
• Long-term electrical capacity is protected
• Installations remain consistent and compliant
• Future upgrades are minimised
• Costs are managed fairly across residents
At Aether Installations, we approach EV charging as infrastructure - not ad hoc installations - ensuring each project is designed for long-term performance.
Conclusion
EV adoption in Melbourne is accelerating, and strata buildings are increasingly being required to accommodate EV charging.
The key to getting it right is planning early and implementing a structured approach that considers both current demand and future growth.
Approving chargers individually may seem simple, but it often leads to higher costs and limitations over time.
A coordinated infrastructure strategy ensures the building is prepared, compliant, and future-ready.
Need Help Planning EV Charging for Your Building?
If your strata building is starting to receive EV charging requests, the first step is understanding your current capacity and infrastructure requirements.
👉 Learn more about our approach here:
https://www.aetherinstallations.com.au/ev-charging-strata-melbourne
Or contact Aether Installations to discuss a structured EV charging solution for your building.
