SOLSMART 1250, SOLSMART 1450, SOLSMART 1750, SOLSMART 8750

TECHNICAL SPECIFICATIONS

Model Inverter Solar Battery
SolSmart 1250 12V, 80Ah to 230Ah, Lead Acid (1 No. Only) 800
SolSmart 1450 12V, 80Ah to 230Ah, Lead Acid (1 No. Only) 1000
SolSmart 1750 12V, 80Ah to 230Ah Lead Acid - 2 Nos. 1450
SolSmart 8750 12V, 135Ah to 230Ah, Lead Acid - 10 Nos 7500
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SALIENT FEATURES

  • Equipped with inbuilt high efficiency solar charge controller with solar panel compatibility as per specification.
  • Additional equipment mode setting to facilitate usage of Inverter technology-based appliances like refrigerator, washing machine or air conditioners.
  • Turbocharging mode to fast charge your Inverters battery to support longer backups.
  • Choose from multiple charging modes for different battery technologies such as Tubular/Flat/Li ion Battery and for various capacities ranging from 80Ah to 230Ah.
  • Fuzzy logic-based battery water topping reminder feature for improving battery performance.
  • Intelligent load and temperature-based cooling fan operation.
  • Switch to the Appliance Mode on the V-Guard Smart App and you can use high-intensity appliances such as electric iron, coffee maker, grinder, toaster, hair dryer and more, during power cuts for up to 15 minutes.
  • Now you can change modes or alter the settings of your appliances using the V-Guard Smart Mobile App. For e.g. You can increase your fan / Air cooler speed using this way.
  • Easily configure the Solar & inverters settings according to your requirements and for your various needs.
  • With the Battery Gravity Builder technology, your battery gets boost charged at the comfort of your home and protects it from deep discharges.
  • Facility to increase inverters battery backup time through the V-Guard Smart Mobile App on your phone.

Frequently Asked Question

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.

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

  • 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.