Products

Products

On Grid System

Solar on-grid systems, or grid-tied systems, generate clean energy while staying connected to the electrical grid for backup. Here's a quick breakdown of how they work:

  • Solar Panels: Capture sunlight and convert it to direct current (DC) electricity.
  • Inverter: Converts DC electricity to alternating current (AC) for use in your home and the grid.
  • Net Meter (optional): Tracks electricity flow, measuring what you use from the grid and what you send back.
  • Grid Connection: Links the system to the utility grid, allowing you to import and export electricity as needed.

Core Values Of Solar Systems

Cost Savings: Solar energy helps reduce electricity bills by offsetting usage. The more solar you generate, the greater the savings.

Net Metering: Earn credits for excess electricity sent to the grid, which can be used to offset energy drawn during low-sunlight times

Grid Stability: Solar systems boost grid reliability by providing renewable energy during peak demand, easing pressure on traditional sources.

Environmental Impact: Solar power reduces your carbon footprint, supporting a cleaner, greener planet.

Increased Property Value: Homes with solar panels often sell faster and at higher prices than those without.

  • DOMESTIC:
    • Individual Houses & Villas
    • RESIDENTIAL High-Rise Apartments
    • Gated Communities
    • Group Housing Societies
  • COMMERCIAL:
    • Hospitals
    • Hotels
    • Resorts
    • Restaurants
    • Educational Institutions
    • Research Centers
    • Supermarkets
    • Banks
    • Jewelry Shops
    • Food Courts
    • Cinema Theaters
  • INDUSTRIAL:
    • Manufacturing/Factory Units
    • Food Processing Units
    • Steel Industries
  • Off Grid System

    Unlike its grid-tied counterpart, a solar off-grid system operates independently of the utility grid. Here are the key components involved:

    • Solar Panels Generate Power: Sunlight is converted into DC electricity.
    • Charge Controller Regulates Flow: Manages power going to batteries to prevent overcharging.
    • Batteries Store Energy: Excess electricity is stored for use during night or cloudy days.
    • Inverter Powers Your Home: Converts stored DC electricity into AC to run appliances.

    Benefits of a Solar Off-Grid System:

    Energy Independence: No reliance on the grid or fluctuating electricity prices.

    Remote Compatibility: Ideal for off-grid or hard-to-reach locations.

    Disaster Resilience: Maintains power during outages with battery backup.

    Eco-Friendly: Reduces fossil fuel use and carbon footprint.

    Cost Savings: Long-term savings by cutting electricity bills.

  • RESIDENTIAL:
    • Individual Houses & Villas
  • COMMERCIAL:
    • Hospitals
    • Hotels
    • Resorts
    • Restaurants
    • Educational Institutions
    • Research Centers
    • Supermarkets
    • Banks
    • Jewelry Shops
    • Food Courts
  • INDUSTRIAL:
    • Manufacturing/Factory Units
    • Food Processing Units
  • EV Charging

    Imagine powering your electric vehicle with sunlight. Solar EV charging blends renewable solar energy with the efficiency of EVs, offering a sustainable, cost-effective charging solution right at home.

    • Clean, renewable power: Charge your EV using solar energy, reducing reliance on fossil fuels.
    • Cost-effective charging: Lower your electricity bills by generating your own power.
    • Home integration: Easily install solar panels, an inverter, and a charger for convenient at-home use.
    • Optional grid support: Export excess energy to the grid or draw power when sunlight is limited.

    Benefits of Solar EV Charging:

    Cost Savings: Charging your EV with solar power reduces grid dependence and lowers electricity bills.

    Sustainability: Solar energy cuts your carbon footprint and supports a cleaner environment.

    Home Value: Solar and EV charging features can boost property value.

    Energy Independence: Off-grid systems offer freedom from the traditional power grid.

    Advanced Off-Grid Systems: Larger battery setups store solar energy for EV charging anytime, enhancing independence.

  • DOMESTIC:
    • Individual Houses & Villas
    • RESIDENTIAL High-Rise Apartments
    • Gated Communities
    • Group Housing Societies
  • COMMERCIAL:
    • Hospitals
    • Hotels
    • Resorts
    • Restaurants
    • Educational Institutions
    • Research Centers
    • Supermarkets
    • Food Courts
    • Cinema Theaters
  • Heat Pump

    Solar heat pumps use the sun’s energy to efficiently and sustainably heat homes or businesses. This guide covers how they work, their benefits, and key factors to consider for integration.

    • Solar Thermal Collectors capture the sun’s heat and transfer it to a fluid (water glycol or refrigerant).
    • Air-Source Heat Pump extracts and amplifies heat from the surrounding air for efficient heating.
    • Solar-Assisted System preheats the fluid, improving the heat pump’s efficiency.
    • Direct Expansion System directly heats refrigerant with solar energy for maximum output.

    Benefits of Solar Heat Pumps

    Increased Efficiency: Reduces reliance on electric or gas heating, lowering energy bills.

    Sustainable Heating: Uses renewable solar energy, minimizing your carbon footprint.

    Government Incentives: Financial incentives help reduce upfront costs.

    Energy Independence: Decreases dependence on traditional heating sources.

    Year-Round Comfort: Provides both heating and cooling for all-season comfort.

  • DOMESTIC:
    • Individual Houses & Villas
    • RESIDENTIAL High-Rise Apartments
  • COMMERCIAL:
    • Hospitals
    • Hotels & Lodges
    • Resorts
    • Textile & Garment Industry
    • Research Centers
  • INDUSTRIAL:
    • Food Processing Units
    • Dairy Processing Units