VGS 5500

Power up your home with the VGS 5500, a high-performance solar hybrid inverter designed for safety, efficiency, and reliability. With its inbuilt MPPT charge controller, it ensures maximum solar power utilization while protecting your system from reverse voltage issues that could damage your valuable electronics.

Worried about battery safety? The VGS 5500 safeguards against overcurrent charging, extends battery life with smart charging technology, and even prevents reverse current flow from the battery to the solar panel at night. Plus, its intelligent overload sensing system with an auto-retry feature keeps your power supply stable.

This inverter operates in two modes: UPS Mode for fast switching with a stable voltage range of 180V-270V, and Normal Mode with a wider input range (90V-290V) for uninterrupted power supply. Equipped with an advanced MOSFET design, it handles high surge currents effortlessly, ensuring durability and performance.

Stay informed with real-time status indicators for mains availability, battery levels, charging/discharging, overload protection, short circuits, and solar availability. You can also opt for remote monitoring and control through Wi-Fi, LAN, or GPRS, making it even more convenient to manage your power.

Designed for efficiency and long-lasting performance, the VGS 5500 is your ultimate power backup solution, keeping your appliances running smoothly while maximizing solar energy use.

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Frequently Asked Question

Does solar panels work in shade?

While solar panels can still generate some electricity in shaded conditions, their efficiency and overall output will be significantly reduced. Minimizing shading and optimizing panel placement are crucial for maximizing the performance and return on investment of a solar energy system.

How to maintain solar panels for more effeciency?

Regular Cleaning, Monitor for Shading, Check for Damage, Monitor Performance.

Difference between Polycrystalline and Monocrystalline panels ?
  • Polycrystalline- Made from silicon crystals that are melted together.
  • The silicon is poured into a mold and then cut into wafers.
  • Have a bluish hue due to the light reflecting off the silicon fragments.
  • The surface looks speckled or fragmented.
  • Generally less expensive to produce and purchase.

Monocrystalline-Manufacturing Process:

  • Made from a single continuous crystal structure.
  • The silicon is formed into a single crystal using the Czochralski process, then sliced into wafers.
  • Have a uniform black color.
  • The single crystal structure gives them a more streamlined and uniform look.
  • More expensive to produce and purchase.
  • Higher manufacturing costs due to the more complex process.
What is warranty period of Solar panels?

25 years