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ASWH-2010-Solarium Neo Specifications, Features & Compatibility Guide
The ASWH-2010-Solarium Neo is a 10 LL Crompton storage water heater designed for reliable daily hot water supply across Indian households.Its compact 10 LL tank is perfectly sized for single occupants or bachelor pads where space and consumption are minimal.
Quick Answer
Yes, the ASWH-2010-Solarium Neo is an excellent choice if you need a compact, energy-efficient water heater for a single person or bachelor pad in India. Its 5-Star BEE rating ensures significant long-term electricity savings, while the 10 LL capacity and copper heating element provide reliable hot water without excessive consumption. It's built for consistent performance in residential settings.
Choose the ASWH-2010-Solarium Neo for its verified 5-Star efficiency and compact 10 LL design, ideal for energy-conscious residential users or small households. Avoid if your hot water demands exceed a single occupant's needs or if initial capital expenditure outweighs long-term operational cost savings.
✓ Who Should Buy
- • 5 Star performance suitable for residential spaces.
- •Verified efficiency of standard rating for reduced long-term operational costs.
- •Structural stability for consistent cleaning under rigorous use cases.
- •Hardware durability via premium components and advanced technology.
- •Built-in grid protection with Standard power cycle voltage management.
✕ Who Should Avoid
- •Spaces or usage requirements exceeding residential rated capacity.
- •Installations prioritizing minimum capital expenditure over high-efficiency performance.
- •Unstable grid conditions exceeding the functional threshold of Standard power cycle.
- •Environments incompatible with water geyser physical and thermal dissipation specs.
Product Overview
The ASWH-2010-Solarium Neo is a 10 LL Crompton storage water heater designed for reliable daily hot water supply across Indian households. Its compact 10 LL tank is perfectly sized for single occupants or bachelor pads where space and consumption are minimal. A copper heating element ensures fast thermal conductivity and precise heating, though periodic descaling is recommended in hard water areas. Inside, a glass-lined tank creates a permanent non-reactive barrier, preventing rust and corrosion regardless of water mineral content. With a 5 Star BEE energy rating, the ASWH-2010-Solarium Neo ensures meaningful electricity savings across every month of operation, directly reducing utility bills. High-density PU Foam insulation wraps the tank to minimize standing heat loss, keeping water hot for extended periods without re-heating cycles. Rated for 1-6 bar pressure compatibility, this unit handles the high-pressure pumping systems commonly found in modern Indian high-rise apartments. Crompton backs this unit with a 24-month product warranty and a 60-month tank warranty, reflecting strong confidence in build quality and durability.
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Engineering Analysis
Standing heat loss is measured at 0.6 kWhWh per day — a direct indicator of insulation quality. The PU Foam layer in the ASWH-2010-Solarium Neo suppresses this loss, which cumulatively adds up to significant savings over months of daily use. The 2.0 kWkW Copper heating element provides the thermal wattage required to heat the tank within acceptable timeframes while maintaining element longevity under repeated thermal cycling. Glass-lined tank technology involves applying a vitreous enamel coating to the inner steel surface at high temperatures, fusing the glass permanently. This creates a chemically inert barrier that no dissolved mineral can penetrate, solving the primary failure mode of budget geysers in Indian hard-water conditions. Safety architecture in the ASWH-2010-Solarium Neo is built around 4 independent protection mechanisms: Dry-Heat Protection, Pressure Relief Valve, Thermal Cut-Out, Over-Temperature Cut-Out. This layered approach ensures no single point of failure can lead to a hazardous outcome, which is critical for unattended residential operation. The Mechanical thermostat controls the heating cycle within a 25-75 °C°C range, maintaining consistent output temperatures through daily usage patterns. With a 1-6 bar pressure rating, the tank and valve assembly are stress-tested to handle the peak pump pressures in modern multi-storey residential buildings, where line pressure routinely exceeds the tolerance of standard geysers. A 20 min-minute heating time to target temperature is engineered through the balance between tank volume, element wattage, and insulation retention — avoiding the bottleneck where users wait excessively during peak morning demand.
Technical Support & FAQs
Engineering Analysis
Standing heat loss is measured at 0.6 kWhWh per day — a direct indicator of insulation quality. The PU Foam layer in the ASWH-2010-Solarium Neo suppresses this loss, which cumulatively adds up to significant savings over months of daily use. The 2.0 kWkW Copper heating element provides the thermal wattage required to heat the tank within acceptable timeframes while maintaining element longevity under repeated thermal cycling. Glass-lined tank technology involves applying a vitreous enamel coating to the inner steel surface at high temperatures, fusing the glass permanently. This creates a chemically inert barrier that no dissolved mineral can penetrate, solving the primary failure mode of budget geysers in Indian hard-water conditions. Safety architecture in the ASWH-2010-Solarium Neo is built around 4 independent protection mechanisms: Dry-Heat Protection, Pressure Relief Valve, Thermal Cut-Out, Over-Temperature Cut-Out. This layered approach ensures no single point of failure can lead to a hazardous outcome, which is critical for unattended residential operation. The Mechanical thermostat controls the heating cycle within a 25-75 °C°C range, maintaining consistent output temperatures through daily usage patterns. With a 1-6 bar pressure rating, the tank and valve assembly are stress-tested to handle the peak pump pressures in modern multi-storey residential buildings, where line pressure routinely exceeds the tolerance of standard geysers. A 20 min-minute heating time to target temperature is engineered through the balance between tank volume, element wattage, and insulation retention — avoiding the bottleneck where users wait excessively during peak morning demand.