SOLRIGO 8000 3P

When sunlight strikes the solar panel, solar energy is converted to DC current which is then converted to AC using SOLRIGO 8000 Three Phase On-Grid PV inverters from V-Guard. The surplus electricity generated can be exported back to the grid as well. Futuristic, isn’t it? Engineered to global standards with stylish designs, SOLRIGO On-Grid PV Inverter helps in better energy conservation and better energy savings. SOLRIGO 8000 Three-phase On-Grid PV inverters have an input power of 9600 W and a DC voltage of 1000 V, offering a max output current of 11.6A. The wide MPPT instilled in the inverter gives an input range of 150 V– 1000 V DC with an efficiency of 97.5% which helps save energy and reduces your electricity bills. SOLRIGO comes with a free Wi-Fi dongle to monitor the real-time status of the system. Live voltage can be monitored using a mobile app. Designed to be user-friendly, its LCD and front switch helps configure the system easily. Armed with advanced safety features, SOLRIGO 8000 offers advanced safety benefits during installation and operations. Further, this amazing product has a high operating temperature range of -25°C to 60°C for all weather conditions. Adding to its aesthetics is that the SOLRIGO 8000 On-Grid PV Inverters are lightweight. What’s more than a warranty of 8 years? Bring home SOLRIGO 8000 On-Grid PV Inverters. Welcome home a greener tomorrow.

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SALIENT FEATURES

  • Free Wi-Fi dongle to monitor the real-time status of the system
  • Armed with a high operating temperature range of -25°C to 60°C for harsh weather conditions.
  • No storage loss as the product is devoid of battery
  • *Terms and conditions apply
  • Equipped with advanced safety features that include an integrated DC switch, offering enhanced safety benefits during installations and operations.
  • The product is lightweight and has compact aesthetic features.
  • It helps with better energy generation and energy conservation due to high solar yield. The wide MPPT range instilled in the inverter gives an input range of 150 V– 1000 V DC.
  • The LCD control displays the energy saved each day as well as the total energy saved, live voltage and power.
  • Warranty* 8 years
  • Provides a maximum efficiency of 97.5% which helps save energy and reduces your electricity bills.
  • Live Parameters like Voltage, Current, Solar generation and Power can be monitored in real time with the help of a mobile app that can be accessed through Wi-Fi.
  • V-Guard is readily available for any assistance

TECHNICAL SPECIFICATIONS

MODEL SPEC VALUES
Input DC-Max. recommended PV power 9600 W
Input DC-Max. DC voltage 1000V
Input DC-Start voltage 180V
Input DC-MPP voltage range 150-1000 V DC
Output A C-THDI <3% (At Rated Power)
Output -AC grid connection type THREE PHASE
Max. efficiency 97.5%
DC surge protection TMOV +Filter
AC surge protection TMOV +Filter
Dimensions (W / H / D) 425X351X160mm
Weight 14Kg
Warranty* 8 Years

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