An Ocular EV charger is worth considering if you want a home wallbox with a charging display and local supplier support. Among home EV charger options in Australia, the choice within this range is mainly between scheduled charging and automatic solar matching.
If you are researching home EV charging and the Ocular name keeps coming up, this guide covers what the range actually offers, how each model compares, and what to expect from installation. Match any quote to the exact model and generation: an older LTE and an LTE Plus V3 do not have identical specifications.
Looking for installation? SolaXs has 25+ years experience on the Mid North Coast. Get a free EV charger installation quote for your home.
Who Makes Ocular EV Chargers
Ocular chargers are sold in Australia through EVSE’s home charging range and installers. Ocular Charging publishes product specifications and installation manuals; these should be matched to the model code on your quote.
The range covers residential wallboxes as well as commercial AC and DC charging equipment. A familiar brand name alone does not tell you whether a charger has solar control, a tethered cable or the connectivity you need.
- Check the full model code and whether the quote includes a charging cable.
- Confirm Australian compliance documentation with your installer.
- Ask who handles warranty claims, removal and replacement labour.
- Match the connector to your vehicle’s AC charging inlet; older imports may differ.
Ocular EV Charger Range Compared
Ocular EV chargers include home wallboxes and larger commercial equipment. For a house, compare the LTE Plus with the IQ Home Solar first; the Atlas and Titan names belong to the DC range in the manufacturer’s catalogue.
| Model | Charging type | Cable or socket | Best fit |
|---|---|---|---|
| Ocular LTE range | Home AC; single or three phase | Plus V3 has a tethered cable | Scheduled home charging with a display |
| Ocular IQ range | Home Solar model: AC | Socket or tethered option | Automatic excess-solar charging |
| Ocular Atlas range | Commercial DC | Configuration depends on model | Public charging and fleets |
| Ocular Titan range | Commercial DC | Configuration depends on model | Sites needing DC charging |
Do not choose on maximum output alone. A car’s onboard AC charger can limit a three-phase wallbox to less than its advertised maximum, so check the vehicle specification before paying for extra capacity.
Ocular LTE Specs and Features
The specifications below refer to the LTE Plus V3, using Ocular’s version 3.2 datasheet. Confirm older LTE units separately.
- Output: 7.2kW single phase or 22kW three phase, depending on model.
- Cable: tethered 6m Type 2.
- Display: 3.5-inch LCD with LED indicators.
- Enclosure: IP55; suitable for indoor or outdoor installation under the manual’s conditions.
- Dimensions: 318 × 200 × 80mm (height × width × depth).
- Controls: Bluetooth app, physical button and plug-in start.
- Connectivity: OCPP 1.6J over Ethernet requires additional configuration.
- Warranty: three years in this datasheet.
The manufacturer’s LTE Plus product page contains conflicting IP66 marketing copy and an IP55 specification. Use the model-specific datasheet above and ask your installer to confirm the supplied enclosure rating; an IP rating is not a promise of protection from flooding or salt corrosion.
Single phase vs three phase: Your supply and the charger model must match. Choosing an EV charger for three-phase power also means checking your car’s AC limit before expecting 22kW charging speeds. Your electrician can confirm your supply type during a site visit.
Ocular App and Connectivity
The LTE Plus pairs with the Ocular Home app over Bluetooth. You can start and stop sessions, set schedules and check charging progress from the app while you are within Bluetooth range of the unit, usually a few metres. This is enough if your charger is in the garage and you are inside the house, but it is not remote access.
Bluetooth and Wi-Fi are different. If you want to check on a session from another part of the property or while you are out, the LTE Plus does not support that natively. The OCPP 1.6J port can connect to a compatible home energy management system over Ethernet, but that is additional hardware and setup that most households will not need.
The IQ Home Solar connects over Wi-Fi, which gives you app access from anywhere on your network and, depending on the configuration, remotely. It also communicates with a CT clamp on the switchboard to read real-time import and export, which is how its solar charging modes work.
At handover, test the app pairing, run a scheduled session, and confirm what happens if your phone is not nearby or the home network drops out. These are the kinds of things that work perfectly during a demo and then cause frustration on the third Tuesday you forget to check.
Ocular EV Charger Pros and Cons
The main differences are how you control charging and whether it adjusts automatically to spare solar. This comparison uses published specifications; SolaXs customer reviews of our installation service cover the installation service.
Practical advantages
- Screen feedback. You can check a charging session without reaching for your phone.
- Tethered convenience. A fixed cable avoids unpacking a separate lead each evening.
- Scheduling. Set charging around your electricity plan or when the car is parked at home.
- Choice within the range. The Home Solar model adds solar control for households that need it.
What could be better
- Nearby app control. Bluetooth on the LTE Plus is different from remote access over home Wi-Fi.
- Solar matching costs extra. Choose the appropriate model and include metering installation in the quote.
- Warranty differences. Older manuals and newer datasheets give different terms; check your supplied generation.
- Check compatibility. Protocol support does not guarantee a ready-made connection to your preferred home automation system.
Published specifications cannot tell you how often owners have app problems. At handover, test pairing, a scheduled session and what happens if the phone or home network is unavailable.
If you plan to set a schedule and leave it, nearby Bluetooth control may be enough. If you want to check charging while away, ask the installer to demonstrate remote access on the model you are buying.
How the Ocular EV Charger Compares
The table below compares home charging features against two alternatives. Compare the exact generation offered by each installer.
| Decision | Ocular LTE Plus V3 | Tesla Wall Connector | GoodWe HCA G2 |
|---|---|---|---|
| Main reason to shortlist | Local charging display | Remote app control | Solar-system integration |
| Home charging control | Bluetooth scheduling | Wi-Fi and Tesla app | SEMS+ monitoring and modes |
| Solar decision | Compare IQ Home Solar for excess-solar control | Check the full energy-system requirements | Check inverter and battery compatibility |
| Before ordering | Confirm generation and enclosure rating | Check cable reach and Wi-Fi signal | Specify original HCA or G2 on the quote |
The Tesla Wall Connector has Wi-Fi, a 7.3m cable and a four-year residential warranty, according to Tesla’s Australian product listing. The GoodWe HCA range also needs generation-specific comparison: GoodWe’s HCA G2 specifications describe SEMS+ controls, solar integration and IP66 protection.
If your priority is a combined battery, inverter and EV charging system rather than a standalone wallbox, the Sigenergy platform takes a different approach by building the charger into the energy storage unit. That suits households designing a whole-of-home energy system from scratch, but it is a larger commitment than adding a wallbox to an existing switchboard.
For the charger alone, EVSE’s home-charger comparison lists the LTE Plus at $695 for single phase and $795 for three phase, and IQ Home Solar at $1,195 and $1,479 respectively (checked 26 September 2026). These are supplier listings, not SolaXs installed quotes; confirm the selected variant, GST, delivery and inclusions before ordering.
Installation is additional and varies with your switchboard condition, cable run distance and power supply type. A useful installed quote separates the charger, electrical labour and cable, protective devices, any switchboard work, and solar metering or communications setup.
All three can suit overnight home charging. The choice comes down to which features matter most: screen feedback, remote controls, solar matching or the complete installed price.
Charging Speed by Vehicle
The wallbox output is only half the equation. Your vehicle’s onboard AC charger sets the actual limit, and that varies between makes and models. The table below shows approximate range added per hour at each charging rate, using 18kWh per 100km as a baseline. Your vehicle’s real consumption depends on driving style, temperature and terrain.
| Charger output | Approx. range per hour | Typical vehicle limit |
|---|---|---|
| 7.2kW (single phase) | ~40km | Most EVs accept at least 7kW on single phase |
| 11kW (three phase) | ~61km | Tesla Model 3/Y, Hyundai Ioniq 5, Kia EV6 |
| 22kW (three phase) | ~122km | Few passenger EVs accept 22kW AC; check yours |
A BYD Atto 3 with a 7kW onboard charger will draw 7kW from a 22kW wallbox, not 22kW. The extra capacity sits unused. That is why matching the charger to the car matters more than buying the highest-rated unit available.
What Ocular EV Charger Installation Involves
Have a licensed electrician assess and install the charger. Planning a home EV charger installation starts with your parking position and supply capacity, not just where a wallbox will look tidy.
Typical installation steps
- Site assessment. Your electrician checks your switchboard capacity, circuit breaker availability, and the cable run distance from the switchboard to the charger location.
- Circuit and protection design. The electrician selects the dedicated circuit, cabling and protective devices for the exact charger and existing supply. A switchboard upgrade may be needed.
- Mounting and wiring. The charger mounts on a suitable wall or approved pedestal. Longer cable runs, trenching and difficult access increase labour and materials; ask for these to be itemised.
- Testing and commissioning. The electrician tests the circuit, verifies fault protection, and confirms the charger is operating correctly.
- Handover. You get shown how to use the unit, connect the app and set charging schedules. Ask for the applicable electrical compliance paperwork, model details and warranty documents.
Pairing with solar
If you already have panels or are planning residential solar installation, charging your EV from solar can reduce grid purchases. For example, a 7kW home charger running for five hours draws 35kWh; at an assumed 30c/kWh import tariff, that costs $10.50 before any solar contribution.
Solar energy used by the car has an opportunity cost: you give up any feed-in credit for exporting it. At an assumed 5c/kWh feed-in tariff, 35kWh of surplus solar has a $1.75 export value, making the saving $8.75 compared with the $10.50 grid charge; use your own bill and allow for charging losses. If generation is too low, a solar system upgrade may help, but check when your car is actually home first.
If an existing system is underperforming, arrange solar maintenance and repairs before assuming you need more panels for the car. For a combined project, plan residential solar and EV charging together so generation, household demand and parking times inform the design.
How excess-solar charging works
Scheduling the LTE Plus for sunny hours does not make it follow changing solar exports. The IQ Home Solar’s charging modes use CT measurements: a current transformer clamped to the mains cable at the switchboard reads how much power the house is importing or exporting second by second. The charger uses that reading to decide how hard to charge.
- Solar Only charges from surplus generation only. If a cloud passes and export drops below the minimum charge rate (typically around 1.4kW for a single-phase unit), charging pauses until export recovers.
- Solar Assist tops up from the grid when solar is not enough, so the car keeps charging at a steadier rate.
- Fast charges at the maximum rate regardless of solar, drawing from the grid as needed.
The practical difference matters most in winter or on overcast days, when a rooftop system may not export enough to sustain Solar Only mode for long. If you regularly need the car charged by a set time, Solar Assist or a timed Fast session overnight gives more certainty than waiting for the sun.
If you are weighing up whether a battery makes sense alongside solar panels, check its usable capacity, discharge limit and household reserve before expecting it to charge the car overnight. Your solar installation costs and potential savings depend on these constraints and your tariff, not just total panel capacity.
SolaXs installs Ocular EV chargers across the Mid North Coast. Our electricians handle site assessment through to commissioning. Homeowners planning solar and EV charging in Port Macquarie can contact us for a free quote.
Frequently Asked Questions
Compatibility and installation
Can the Ocular LTE charge a Tesla?
Yes, if the vehicle has a compatible Type 2 AC inlet. Check older or imported vehicles individually, and remember that the vehicle’s onboard charger determines its maximum AC charging rate.
How fast does the Ocular LTE charge?
Use the lower of the charger output, configured circuit limit and car’s AC limit. For example, at an assumed 18kWh/100km, 7.2kW equates to 40km per hour before charging losses; an 11kW-limited car cannot take 22kW from a wallbox. These are calculations, not a guaranteed range increase.
Can you install an Ocular EV charger outdoors?
Yes, within the installation conditions for the model supplied. The LTE Plus V3 datasheet specifies IP55; have the electrician choose a position protected from vehicle impacts, flooding and avoidable weather exposure.
Do you need three-phase power for an Ocular charger?
No. Choose a single-phase version for a suitable single-phase circuit.
If upgrading the supply, coordinate the charger with any three-phase hybrid inverter, but do not assume the inverter itself controls charging.
What is the difference between the Ocular LTE and IQ?
For home charging, compare the LTE Plus with the IQ Home Solar. The LTE Plus suits scheduled charging; the IQ Home Solar adds excess-solar control. Ask for the full product name because “IQ” also covers other equipment.
What IP rating does the Ocular EV charger have?
The LTE Plus V3 datasheet specifies IP55, which protects against low-pressure water jets and dust ingress. The manufacturer’s product page lists IP66 in some marketing copy, which is a higher rating. Ask your installer to confirm the rating printed on the unit you receive, and do not assume either figure means the charger can withstand pooling water or direct hose pressure from close range.
Solar, costs and warranty
Does the Ocular charger work with solar panels?
Yes. A daytime charging schedule can use available solar, while solar-aware control adjusts charging as surplus changes.
A home solar battery can supply stored energy later, subject to its capacity and settings; it is not required for daytime solar charging.
How does the Ocular compare to a Tesla Wall Connector?
The LTE Plus offers a local display, while the Wall Connector provides Wi-Fi controls. Compare the complete installed quote, cable reach and warranty for the versions offered.
Is the Ocular EV charger worth it?
It can be, especially if the display and scheduled charging suit your routine. If your priority is automatic solar matching or checking charging while away, compare those functions before choosing the basic configuration.
How much does it cost to install an Ocular EV charger?
The total combines hardware and site-specific electrical work. EV charger installation costs in Australia covers the main cost drivers; request a written quote covering cable route, protection, switchboard changes and commissioning rather than assuming a supply price includes fitting.
What warranty does the Ocular charger come with?
The LTE Plus V3 datasheet lists three years, while older manuals list two. EVSE lists an LTE Plus warranty extension at $120 per additional 12 months (checked 26 September 2026); confirm eligibility, maximum term and labour coverage in writing.
Is the Ocular EV Charger Worth It
The Ocular LTE Plus is worth considering if you want scheduled home charging and a screen on the unit. The charge speed still depends on the car and electrical supply, so a larger headline rating is not automatically better value.
Before accepting a quote, settle the model generation, communications setup and warranty.
For homeowners with solar, pairing the charger with a solar battery sized for household and EV demand is one option. Daytime charging may meet your needs without additional storage; compare the two against when you drive and when your panels generate.
- Best for: Drivers who value screen feedback and scheduled charging.
- Compare solar models if: You want charging to follow surplus generation automatically.
- Check before buying: Supply capacity, cable reach, app access and written warranty terms.
If you are on the Mid North Coast and want to talk through which charger suits your home, SolaXs can help. We can recommend a configuration based on your switchboard, power supply and daily driving needs.
Book a free EV charger consultation or call our team to get started.