As electric vehicles become more common across Queensland, the demand for reliable and compliant EV charger installations continues to grow.

Whether you’re installing a charger at home, in a commercial property, or as part of a public charging network, safety and regulatory compliance must come first. Here are expert tips to ensure your EV charger installation in Queensland is safe, future-ready, and fully compliant.

Energex Compliance for Single Phase EV chargers in Queensland

20Amps or less

you can connect your 20Amp or less rated EV chargers to a primary tariff.

21Amps or more

When installing an EV charger that exceeds 20 amps on a single-phase supply in Queensland such as a 32A single-phase dedicated EV charger must be connected by one of the following arrangements:

  1. Economy tariff using a network device
  2. Primary tariff with basic active management via a network device
  3. Primary tariff with a dynamic connection.

The Energex Electrical Works Request (EWR) process is essential. Here are some key points about it:

  1. EWR Submission: You’ll need to submit an EWR through the Energex portal. This request informs Energex about your planned installation, particularly since it involves higher loads that can impact the electrical network.
  2. Technical Requirements: Ensure that our installation complies with relevant Australian standards and Energex guidelines. This includes aspects like load calculations and the need for appropriate protection devices.
  3. Hardware Requirements: The EV charger should be connected to a dedicated circuit from the switchboard. This circuit must be rated appropriately for the charger’s amperage. Please see diagram on the following page

This process is crucial for ensuring that the electrical network remains safe and reliable while accommodating the increased demand from EV chargers. and Energex will not proceed with the installation if these works are not completed

Three-phase EV charging in Queensland

At a premises wired for three-phase, a dedicated 22kW (32A per phase) three phase charger when connected and switched simultaneously across all phases, can be connected without requiring the device management options. This will allow installation of a much faster charger.

Hire a Licensed and Experienced EV Charger Installer

Not all electricians are experienced in EV charger installations. In Queensland, EV chargers must be installed by a licensed electrical contractor who understands:

  1. Local network requirements
  2. Load balancing considerations
  3. Switchboard upgrades (if required)
  4. Safety compliance and testing

An experienced installer will:

  1. Assess your existing electrical capacity
  2. Determine if an upgrade is required
  3. Handle the Energex EWR submission
  4. Provide compliance certification upon completion

Choosing a qualified installer reduces risks, ensures faster approvals, and guarantees long-term reliability.

Plan for Future Capacity and Smart Charging

Installing an EV charger is an investment. Planning for future needs can save money and prevent additional upgrades later.

Future Vehicle Upgrades: You may upgrade to a faster EV or add a second vehicle. Installing infrastructure that supports higher capacity now can prevent costly rewiring later.

Smart Charging & Load Management: These features not only reduce electricity costs but also support network stability as an increasing priority in Queensland.

Installing an EV charger in Queensland isn’t just about plugging in a unit It’s about ensuring safety, compliance, and long-term reliability.

By following these expert tips, you can confidently install an EV charger that is safe, compliant, and built to support Queensland’s growing EV Charging Network. Please be sure to validate all information with Energex prior to any installation as regulations change.

Contact Ocular Charging today and get our best EV chargers wholesale deals now!
1300 912 650
[email protected]

Electric vehicles (EVs) are becoming more common on roads around the world, and charging stations are now part of everyday driving.

Whether you’re charging at home, at work, or at a public station, knowing how to charge efficiently can save you time, money, and battery life.

Here are the top 5 best tips for using electric vehicle charging stations smartly and confidently

Know Your Charging Options

Not all EV chargers are the same. Understanding the difference helps you choose the right one for your needs.

  • Level 1 Charging – Slow charging using a standard power outlet, ideal for overnight home charging.
  • Level 2 Charging – Faster AC charging commonly found in homes, offices, and shopping centres. 
  • DC Fast Charging – High-speed charging designed for highways and quick top-ups during long trips or for major fleets and Trucks. 


For daily use, Level 2 charging is usually sufficient unless you need fast charging or requirements for turning over vehicles quickly. Then you must have a DC charger 

Plan Ahead Before You Plug In

Before heading out, use a charging app to:

  • Locate nearby charging stations
  • Check real-time availability
  • Compare charging speeds
  • View pricing details


Planning reduces range anxiety and prevents unnecessary waiting at busy stations.

Don’t Charge to 100% Every Time

For everyday driving, charging your EV to 80–90% is usually enough. Charging to 100% regularly can:

  • Take longer
  • Increase battery wear over time
  • Reduce overall battery efficiency


Avoid Idle Fees and Overstaying

Many public charging stations apply for idle fees once your vehicle is fully charged. To avoid extra costs: 

  • Monitor your charging session
  • Move your vehicle promptly when charging is complete


Good charging etiquette also ensures others can access the station.

Use Fast Charging Strategically 

DC fast chargers are convenient but often more expensive as they have to pay for a significant amount of infrastructure and so they need to charge a little more. Choose sites that are reliable and have good pricing.

Using EV charging stations doesn’t have to be complicated. By understanding charging levels, planning, protecting your battery, avoiding extra fees, and using fast chargers wisely, you can make every charging session smooth and efficient.

Contact Ocular Charging today and get our best EV chargers wholesale deals now!
1300 912 650
[email protected]

As electric vehicles (EVs) grow in popularity, reliable and safe charging infrastructure is essential.

In Australia, EV charging stations must meet a range of national regulations, technical standards, and minimum operating requirements to ensure safety, accessibility, interoperability, and build user confidence in public and private charging networks.

National Standards for EV Charger Installation

All EV charging equipment and installations in Australia must comply with Australian and New Zealand electrical standards and safety rules:

  1. AS/NZS 3000 (Australian/New Zealand Wiring Rules): This foundational standard ensures safe electrical installations, including correct wiring, circuit protection, earthing and equipment specifications for EV chargers. All EV charger installations must be carried out by lLicensed electricians.
  2. RCD Protection & Dedicated Circuits: EV chargers must be installed on dedicated electrical circuits with appropriate residual current devices (RCDs) and circuit breakers correctly sized to handle load safely.

 

Additional AS/NZS Standards: Depending on the installation, other standards may also apply, including:

  1. AS/NZS 60947 for switchgear and control equipment
  2. AS/NZS 4777 for grid-connected inverter systems
  3. AS/NZS 5139 for battery energy storage systems, particularly when chargers are integrated with solar or on-site storage

These technical standards help ensure that chargers are safe, compliant with electrical regulations, and suitable for Australian conditions.

Minimum Operating Standards for Public Chargers

Under the National Electric Vehicle Strategy, Australian governments have developed minimum operating standards for public ev chargers especially those that receive government funding. These standards aim to make charging networks more consistent and dependable across the country. 

Key elements include:

  1. Connector Standards: The Combined Charging System (CCS2) plug is the preferred connector type for most new DC fast chargers, reflecting the technology used in most modern EVs. CHAdeMO may still be allowed in limited or transitional specific cases.
  2. Accessibility and Interoperability: Chargers should be accessible to all drivers, including people with disabilities, and support interoperable payment and charging methods.
  3. Real-Time Availability Data: Operators are encouraged to provide live status and availability data to public platforms so drivers can locate working chargers easily.

These minimum requirements play a key role in improving charger reliability and usability for EV drivers.

State and Local Regulations

In addition to national standards, state and territory regulations affect EV charging infrastructure:

  1. Certificates and Compliance: Some states like New South Wales and Victoria require compliance certificates or electrical safety documentation for EV charger installations.
  2. Local Development Rules: Local councils may include EV charging or EV-ready parking requirements in building and planning approvals, particularly for commercial and multi-unit residential developments.
  3. Grid Connection Requirements: Distribution Network Service Providers (DNSPs) in many states set rules for grid connections, including notification thresholds, load assessments or formal approval processes. 

These local rules ensure that installations don’t compromise safety or grid performance and help manage increased electricity demand from charging loads.

Safety and Compliance Principles

Across Australia, EV charging regulations focus on:

  1. Safety: Protecting users,vehicles and electrical systems through tested standards and licensed installations.
  2. Reliability: Ensuring chargers work consistently and meet minimum operating conditions, especially for publicly funded sites.
  3. Accessibility: Making chargers easy to use for all drivers, including those with accessibility needs.
  4. Interoperability: Supporting standard plug types and communication protocols so vehicles and chargers from different manufacturers work together.

 

The Future of EV Charging Standards in Australia

EV charging standards are evolving as technology and adoption accelerateFuture updates are expected to include mandatory demand-response capabilities, improved safety classification for higher-power installations, and future rules for bi-directional charging (V2G/V2H) and more advanced communication protocols.

As Australia continues to expand its EV infrastructure, consistent and robust regulations will play a crucial role in ensuring that EV charging networks are safe, reliable, and ready to support the growing number of electric vehicles on the road.

Contact Ocular Charging today and get our best EV chargers wholesale deals now!
1300 912 650
[email protected]

As electric vehicles (EVs) become a standard part of Australia’s transport network, the focus is no longer just on installing chargers, it’s on building safe, reliable, and scalable charging infrastructure.

At the heart of every well-designed EV charging site is an often-overlooked component: the EV charger distribution board. Whether you’re deploying chargers in a commercial car park, apartment building, fleet depot, or public charging station, a dedicated EV charger distribution board plays a critical role in safety, compliance, and future expansion.

What is an EV Charger Distribution Board?

An EV charger distribution board is a purpose-built electrical board that manages and distributes power to one or multiple EV chargers. Unlike a standard distribution board, it is specifically designed to handle the high electrical loads, continuous usage, and safety requirements associated with EV charging.

It acts as the central control point between the site’s main power supply and the EV chargers, ensuring power is delivered safely, efficiently, and in compliance with electrical standards.

Why Standard Distribution Boards Are Not Enough

EV chargers place a very different demand on electrical systems compared to traditional building loads. Standard distribution boards are typically not designed for:

  1. Continuous high-current operation
  2. Multiple chargers operating simultaneously
  3. Advanced protection against electrical faults specific to EV charging
  4. Future scalability as charging demand increases

Without a dedicated EV charger distribution board, sites face higher risks of overloading, electrical faults, non-compliance, and costly retrofits.

Safety: The Foundation of EV Charging Infrastructure

Safety is the primary reason EV charger distribution boards are essential A properly designed EV charger distribution board includes critical protection components such as: 

  1. Residual Current Devices (RCDs) to protect against electric shock
  2. Miniature Circuit Breakers (MCBs) to prevent overloads and short circuits
  3. Surge Protection Devices (SPDs) to protect chargers from voltage spikes
  4. Clear circuit separation to isolate EV charging from other building loads

These protections significantly reduce the risk of equipment damage, downtime, and electrical hazards,especially in public and commercial environments where safety compliance is non-negotiable.

Compliance with Australian Electrical Standards

Australia has strict electrical safety and compliance requirements for EV charging infrastructure. Dedicated EV charger distribution boards are designed to meet these standards, helping ensure: 

  1. Compliance with AS/NZS electrical regulations
  2. Easier approvals from electrical inspectors and authorities
  3. Reduced liability for site owners and operators
  4. Safer operation for drivers and maintenance teams

Non-compliant installations can lead to fines, shutdowns, and reputational damage,making compliance a critical consideration from day one. 

EV charger distribution boards are not just an electrical component,they are the backbone of safe, scalable, and future-ready EV charging infrastructure. As EV charging continues to scale across Australia, the right electrical foundation will make the difference between infrastructure that struggles and infrastructure that lasts.

Contact Ocular Charging today and get our best EV chargers wholesale deals now!
1300 912 650
[email protected]

As electric vehicles (EVs) become a normal part of everyday transport, public and commercial EV charging networks are rapidly expanding across Australia.

From shopping centres and workplaces to fleet depots and highways, chargers are now essential infrastructure. But with this growth comes responsibility. EV charging safety standards are not just technical checkboxes, they are critical to protecting people, vehicles, businesses, and the electricity grid. In this article, we explain why EV charging safety standards matter, what risks they address, and why compliance is essential for public and commercial charging operators. 

The Growing Importance of EV Charging Safety

Public and commercial charging stations are used by thousands of drivers every day, often by people who have no prior knowledge of the equipment they’re plugging into. Unlike home chargers, these systems must operate reliably in high-traffic, uncontrolled environments. Safety standards ensure equipment performs reliably under these conditions, reducing risk before issues occur and helping operators deliver a consistent, dependable charging experience.

Protecting People from Electrical Hazards

At their core, EV charging safety standards are designed to protect human life. This is especially important in public locations such as car parks, shopping centres, and roadside charging hubs where weather, vandalism, and misuse are real risks.

Ensuring Reliability and Network Uptime

For businesses operating public or commercial charging infrastructure, reliability is just as important as safety. Unexpected charger failures can disrupt operations, frustrate drivers, and impact revenue. By following established safety standards, operators can ensure chargers perform consistently, faults are detected early, and downtime is minimised. This is especially critical for fleet operators, highways, and destination charging sites where consistent performance is essential.

Building Trust with EV Drivers and Partners

Trust is essential for EV adoption. Drivers expect public chargers to be safe, reliable, and easy to use every time. Compliance with recognised safety standards helps build confidence not only with drivers, but also with site hosts, councils, investors, installers, and fleet partners. For commercial operators, this trust supports long-term network growth and stronger partnerships.

Safety Standards Are the Foundation of Sustainable EV Networks

EV charging safety standards are not barriers to innovation, they are the foundation that makes large-scale EV adoption possible.

As EV infrastructure continues to grow, safety standards will remain the backbone of a charging network that Australians can rely on with confidence.

Contact Ocular Charging today and get our best EV chargers wholesale deals now!
1300 912 650
[email protected]

Electric vehicle chargers are rapidly becoming essential infrastructure due to rising EV adoption, government sustainability targets, and the need to support modern transportation networks.

Key drivers include convenience for EV owners, reduced carbon emissions, improved fleet operations, smart charging technology, and expanding public EV charging networks. Businesses, councils, and developers are investing in EV charging to future-proof their assets and meet growing consumer demand.

Electric vehicles aren’t just a trend, they represent a long term shift in how people and goods move. As more drivers, fleets, and businesses transition to electric mobility, the expectation around charging access is changing too. People now expect to be able to charge at home, at work and on the go. EV Chargers have become essential infrastructure, much like fuel stations, electricity, or internet access. From shopping centres and workplaces to apartment complexes and major highways, EV charging is now a core part of how cities operate and grow.

EV Adoption Is Rising Faster Than Expected

EV uptake Across Australia and the world continues to grow at a strong pace.  Lower running costs, improving vehicle choice, and increasing awareness of emissions are driving this shift. This demand puts pressure on charging networks. As more EVs hit the road, reliable access to charging is crucial for driver confidence, particularly for those without home charging or those travelling long distances. Drivers need confidence that they can charge at home, at work, and on the go.

Public Charging Networks Are Becoming the New “Fuel Stations”

For long-distance travel, tourism, and interstate transport, DC fast charging networks are crucial, while AC chargers are becoming standard in workplaces, shopping centres, hotels, and apartment buildings. Together, they form the backbone of a transport system that supports both daily use and longer journeys.

Governments Are Pushing for a Greener Future

Governments are offering incentives, grants, and policies that support zero-emission vehicles. With climate commitments becoming stricter, EV charging infrastructure is expanding at a rapid pace. This means businesses, councils, and property developers are actively installing chargers to stay aligned with evolving regulations and sustainability expectations.

EV chargers are becoming essential infrastructure because the world is shifting toward cleaner transport, smarter cities, and more sustainable living. They’re not simply an accessory for EVs, they’re a foundational part of modern mobility.

Contact Ocular Charging today and get our best EV chargers wholesale deals now!
1300 912 650
[email protected]

As Australia’s electric vehicle adoption continues to rise, the need for smarter, more reliable charging infrastructure is becoming essential. Whether you’re running a public ev charger, managing a commercial site, or building a fleet charging network, you’ve likely heard of (OCPP) Open Charge Point Protocol.

What Is OCPP and Why Does It Matter?

OCPP is an open communication standard that allows EV chargers and software platforms to “speak the same language.” Think of it like Bluetooth for EV charging networks it lets different brands, chargers, and systems connect seamlessly. With OCPP, site owners and operators aren’t locked into one vendor. Most importantly, OCPP unlocks the tools needed to manage chargers remotely, diagnose issues instantly, and keep your network running smoothly.

Improve Charger Reliability With Remote Monitoring 

OCPP enables real-time communication between your chargers and your management platform. For busy sites, especially public or fleet charging, this is a game-changer. Instead of relying on customers to report a problem, your system tells you the moment something goes wrong. This results in: higher uptime, better customer satisfaction, and fewer service callouts.

Use OCPP for Smart Energy and Load Management

Demand charges and peak electricity rates can be expensive, especially for commercial sites.  For fleets, these features can dramatically improve operational efficiency.

OCPP-enabled platforms allow you to: 

  1. Balance load across multiple chargers
  2. Reduce demand charges
  3. Avoid costly peak periods
  4. Optimise charging schedules for fleets

These features help keep energy costs under control while ensuring every vehicle gets the charge it needs.

Simplify Payments and Access Control

OCPP gives you flexibility to choose the payment solution you want:

  1. RFID cards
  2. mobile apps
  3. QR codes
  4. subscriptions
  5. pay-per-use

Access control is also easy to configure. This level of control is crucial for workplaces, retail centres, councils, and fleets.

Enable Over-the-Air (OTA) Firmware and Software Updates

One of the most powerful benefits of OCPP is the ability to update chargers remotely. OCPP allows for remote Firmware upgrades, Security patches and new features for Performance improvements, this keeps your chargers modern, secure, and compatible with new EV models without sending a technician to site.

Get Complete Visibility With Centralised Dashboards

OCPP-compatible platforms allow you to view and manage your entire charging network from one dashboard. These insights help guide smart decisions about expansion, maintenance, and site optimisation.

Ensure Interoperability and Future-Proofing

Because OCPP is open and widely supported, you’re free to choose the hardware and software that works best for your business. This flexibility protects your investment as the EV market continues to evolve.

OCPP Is the Backbone of Reliable EV Charging

If you’re building or expanding an EV charging network, OCPP isn’t just a nice to have it’s essential. It boosts reliability, gives you powerful remote management tools, reduces operational costs, and keeps your network future ready. From public charging networks to fleets and commercial sites, OCPP ensures your chargers stay online, efficient, and scalable as Australia transitions to electric mobility.

Contact Ocular Charging today and get our best EV chargers wholesale deals now!
1300 912 650
[email protected]