The IPT Pure Sine Wave Inverters series is ideal for off-grid systems like vehicles, security monitoring, and emergency lighting. With a fully digital design, it features fast response, high efficiency, low THD, and reliable performance. Highlights include pure sine wave output, output power factor up to one, and various protection features. It also offers an external switch design for expanded control, input-output isolation, and remote monitoring through an RS485 com. port. It is compliant with EN/IEC62109-1/2 and EN61000-6-2/4 standards.
This product must be installed by a registered electrician with a parallel generation/solar endorsement (from September 1st 2025) who can issue a Certificate of Compliance and Electrical Safety Certificate for completed work. AA Solar can provide this comprehensive service. Alternatively, we can work with your chosen SEANZ-endorsed installers and electricians, providing them with the products' Supplier Declaration of Compliance (SDoC) and the supporting documentation they need.
This excludes mobile, motorhome, and marine installs that do not require 230V AC componentry.
Features Explained
It is perfect for off-grid vehicles, security monitoring, emergency lighting, household, and field power systems.
The IPT Pure Sine Wave Inverters series adopts a fully digital intelligent design and voltage-current dual closed-loop control algorithm. Featured with fast response, high conversion efficiency, low Total Harmonic Distortion (THD), and high reliability running, this series can be widely used in DC-AC off-grid systems (such as vehicle systems, security monitoring systems, emergency lighting systems, household power systems, field power systems, and other systems requiring higher power quality).
IPT Pure Sine Wave Inverters Product Highlights
- Pure sine wave output.
- Output power factor up to one.
- Output protection: overload, short circuit, overheating.
- External switch design, matched with EPEVER products, to expand inverter control. Function and reduce power consumption.
- Input to output electrical isolation.
- Input protection: low-voltage, over-voltage.
- RS485 com. port to realise remote monitoring.
- Diversified AC output sockets.
- EN/IEC62109-1/2, EN61000-6-2/4.
EPEVER provide tools to explore the off-grid world without concerns about running out of electrical power.
A team of talented creators came together, bringing their knowledge, experience, passion, and curiosity to transform complex advanced technology into devices for harvesting energy from the sun.
Headquartered in China’s capital–Beijing-, EPEVER benefits from diverse sources of talent. They started as a small company in 2007, and now we are playing a global role in off-grid solar equipment, with more than 120 partners worldwide.
Their mission is to ensure everyone has access to electrical energy everywhere by helping people perform better and more efficiently where there is no grid power.
EPEVER passed ISO9001: 2015, ISO14001:2015, and ISO45001:2018, and our products comply with international standards CGC-SOLAR, CE, ROSH, FCC, and ETL certificates.
EPEVER is now a leading manufacturer of solar charge controllers, off-grid inverters, inverter chargers, solar power systems, and other solar power units.
As an authorised SEANZ Parts Supplier and Installer, we require all solar parts covered by AS/NZS Standards 4509, 4777, 5033 and 5139. (This excludes mobile or motorhomes and marine kitsets/products that do not require 230V AC componentry), to be sent to a SEANZ-authorised installer, registered electrician, or professional installer with parallel generation/solar endorsement (from September 1st, 2025) to ensure all safety standards are met and to remove all potential risks and dangers for the end consumer.
Provider Directory - Sustainable Energy Association of New Zealand
Please call us on 09 887 9767 to discuss the legal requirements for system design, installations, and commissioning. This includes the Supplier Declaration of Compliance (SDoC), Certificate of Compliance (CoC), Electrical Safety Certificate (ESC), Record of Inspection (ROI), Distributed Generation Application (DG Application) under the EDB network (Electrical Distribution Business), and the electricity retailer's approval.
Key Requirements:
- The installer must provide a Certificate of Compliance (CoC) for the work they completed to ensure the installation is compliant with 5033, 4777, and 4509. (where applicable and within 20 working days)
- An independent inspector must inspect the installation and complete the Record of Inspection. (ROI). Within 20 working days
- The installing electrician or inspector must also sign an Electrical Safety Certificate (ESC) before final connection to the network.
- The registered electrician signing off the COC and or ESC must have a mains parallel generator endorsement on their practising licence (from September 1st 2025)
- It is the inspector's responsibility to enter the ROI on the High-Risk database within 20 working days of issuing the ROI.
We can arrange everything for you or work with your chosen qualified solar installer.
