PV Tech 5000

The PV Tech 5000 is a high-performance solar inverter designed for reliable residential and commercial backup. It offers a rated output of 3.6 kW with 5.7 kVA surge power, pure sine wave output, and fast 10 ms transfer time for stable operation. The unit features an MPPT solar charger supporting up to 5000 W PV input, 18A current, and a wide MPPT range of 40–450 VDC, with 100A PV and 100A AC charging capability.

It operates with a 24V battery system, compatible with both lithium-ion and lead-acid batteries, and includes precise float (27V) and overcharge protection (30.5V) settings. For control and monitoring, the inverter is equipped with an LCD HMI, RS485/RS232, USB, and dry contact interfaces, along with optional WiFi connectivity. Built with IP21 protection, it is engineered to work in harsh conditions from -10°C to 50°C and up to 4000 m altitude (with derating), while maintaining a compact 420×284×94 mm footprint and a lightweight 6.4 kg design.

Frequently Asked Questions

What is the price of the PV Tech 5000 Hybrid Solar Inverter in Pakistan?
The PV Tech 5000 price in Pakistan depends on market rates, warranty options, and installation requirements. Contact Max Power for the latest pricing and available offers.

Is the PV Tech 5000 a good solar inverter for homes in Pakistan?
Yes, the PV Tech 5000 is ideal for homes, offices, and small businesses, offering efficient solar power generation, battery backup, and lower electricity bills.

Does the PV Tech 5000 support lithium batteries?
Yes, the PV Tech 5000 is compatible with lithium-ion, AGM, and lead-acid batteries, providing flexible energy storage options for different solar systems.

Can the PV Tech 5000 work during load shedding?
Yes, the inverter automatically switches to battery backup during power outages, ensuring uninterrupted power for essential appliances and devices.

How many solar panels can I connect to the PV Tech 5000?
The PV Tech 5000 supports a high solar input capacity, allowing multiple solar panels to be connected for maximum energy production and improved system efficiency.