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Solar

Hybrid Solar

What is Hybrid Solar?

A Hybrid Solar System combines solar panels, a hybrid inverter, and a battery bank to provide a reliable and efficient power solution. This system offers both on-grid and off-grid capabilities, ensuring continuous power supply even during grid outages.

Key Benefits:

  • Uninterrupted power supply during grid failures
  • Energy independence
  • Reduced electricity bills
  • Low maintenance
  • Environmental benefits

How it Works:

  1. Solar panels generate electricity from sunlight
  2. Excess energy is stored in the battery bank whenever it’s needed and remaining excess feedback to grid.
  3. Hybrid inverter manages energy flow between solar, battery, and grid
  4. System prioritizes solar power, using grid support when necessary
  5. Automatically switches to battery backup during grid outages

Advantages:

  • Provides power during day and night
  • Ideal for areas with frequent power outages
  • Optimizes energy efficiency and savings
  • Enhances grid stability and reliability
  • Maintenance free LFP & ensures durability.

Disadvantages:

  • Initial cost higher than Ongrid system.

Applications:

  • Residential
  • Very useful for commercial segments
  • Industrial
  • Rural or remote areas
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On Grid Solar

on grid solar

What is On Grid Solar?

An on-grid solar system, also known as a grid-tied solar system, harnesses sunlight to generate electricity and feeds excess power back into the grid.

How it Works:

An on-grid solar system, also known as a grid-tied solar system, harnesses sunlight to generate electricity and feeds excess power back into the grid.

  1. Solar panels convert sunlight into DC electricity.
  2. An inverter converts DC electricity to AC electricity.
  3. AC electricity is sent to the grid.
  4. Excess power is fed back into the grid.

Main Components:

  • Solar panels
  • Inverters
  • Power conditioning unit
  • Grid connection equipment

Benefits:

  • Lowers electricity expenses
  • Reduces carbon footprint.
  • High-return investment
  • Suitable for areas with stable grid power
  • Low cost comparatively Off-Grid & Hybrid System.

Ideal Applications:

  • Educational institutions
  • Industrial units
  • Commercial establishments
  • Residential areas with minimal power cuts

Drawback:

  • System shutdown during grid outages (Anti-islanding safety feature)

Key Considerations:

  • Grid stability and reliability
  • Local net metering policies
  • System sizing and design
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Off Grid Solar

off grid solar

What is Off-Grid Solar System?

An off-grid solar system operates independently from the electrical grid, making it a self-sustaining power source. These systems are designed to generate and store enough energy to meet all of a household’s power needs without any reliance on off-site power sources.

Advantages:

  • Completely independent from the grid
  • A great solution for remote locations and underdeveloped communities.
  • No voltage fluctuations.
  • Reduce Electricity bills.

Disadvantages:

  • They are more costly.
  • Batteries are required to deliver electricity consistently throughout the day and night.
  • Surplus energy production could go to waste.
  • Batteries require maintenance, have a relatively short lifespan.

Off-Grid Solar System with Grid Support

Experience the best of both our Off-Grid Solar System, designed to operate independently from the electrical grid while providing a reliable backup option.

Key Features:
  • Self-sustaining power source.
  • Generates and stores energy to meet 100% of household power needs.
  • Independent operation from the grid.
  • Automatic grid support during adverse weather conditions (clouds, rain, etc.)
  • Seamless integration with battery backup
Benefits:
  • Energy independence
  • Reduced electricity bills
  • Reliable power supply
  • Low maintenance compared to pure off-grid.
  • Environmental benefits
System Components:
  • Solar panels
  • Battery bank
  • Inverter/charger
  • Grid tie inverter (optional)
  • Monitoring and control system
How it Works:
  1. Solar panels generate electricity
  2. Excess energy is stored in the battery bank
  3. Inverter/charger converts DC power to AC
  4. Grid support kicks in during low solar production (cloudy/rainy days)
  5. System prioritizes solar power, using grid support only when necessary

This system provides peace of mind, knowing you have a reliable power source regardless of weather conditions.

Disadvantages:
  • Costly higher than ongrid solar
  • Battery maintenance. (Can minimise the maintenance with LFP batteries )