500 Spring Solar HP (PR-H)
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The Solarizer 500 LPD Spring Solar HP (PR-H) is a high-capacity hybrid hot water system designed for large-scale residential and commercial applications. By combining solar energy with advanced heat pump technology, it ensures a continuous and reliable hot water supply in all weather conditions.
This system uses solar energy during the day and switches to heat pump operation when sunlight is insufficient, delivering consistent performance while significantly reducing electricity consumption compared to traditional water heaters.
Key Features
Hybrid System (Solar + Heat Pump) – 24/7 hot water availability
500 LPD High Capacity – Ideal for heavy usage applications
Energy Efficient Performance – Saves up to 70–80% electricity
All-Weather Operation – Works in cloudy, rainy & nighttime conditions
Advanced Insulation – Maintains hot water for longer duration
Durable Inner Tank – Corrosion-resistant and long-lasting
Low Maintenance System – Hassle-free and reliable
Eco-Friendly Technology – Reduces carbon footprint
Specifications
Model: Spring Solar HP (PR-H)
Capacity: 500 Litres Per Day (LPD)
Type: Solar + Heat Pump Hybrid System
Heating Source: Solar energy + Ambient air (heat pump)
Tank Material: Stainless Steel / Glass-lined (variant-based)
Outer Body: Weatherproof powder-coated body
Insulation: High-density PUF
Installation: Rooftop / terrace
Power Requirement: Required for heat pump operation
Working Condition: Suitable for all weather conditions
Warranty: Up to 5 years on tank.
Benefits
Ensures continuous hot water supply for large-scale usage
Reduces electricity consumption by up to 80%
Ideal for commercial and high-demand environments
Saves significantly on monthly energy costs
Performs efficiently even in low sunlight conditions
Long-lasting system with minimal maintenance cost
Eco-friendly and sustainable water heating solution
Best Suitable For
Hotels & resorts
Hospitals & institutions
Hostels & PG accommodations
Large villas & bungalows
Commercial buildings with high hot water demand
