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Kirloskar 15 kVA Silent Diesel Generator KG1-15AS India
The Kirloskar KG1-15AS is a premier 15 kVA silent diesel generator designed for the Indian industrial and commercial landscape. Rated at 15 kVA (approximately 12 kW at 0.8 Power Factor) with a maximum output of 16.5 kVA, this three-phase generator operates at 415V and 50Hz, making it ideal for running three-phase motors, commercial HVAC, and medical diagnostic equipment. The unit is powered by the legendary Kirloskar HA294 air-cooled engine, ensuring high efficiency (84%) and low maintenance compared to liquid-cooled counterparts. For Indian buyers, noise compliance is critical; this model features a silent steel canopy that limits noise to ≤75 dB, meeting strict CPCB-IV+ norms for residential-adjacent zones. With a fuel consumption of 4.0 L/hr at full load and a 45L tank, it provides up to 11 hours of continuous operation during scheduled load shedding or unplanned outages. Safety is paramount, featuring low oil shutdown, overload protection, and earth leakage protection. Backed by Kirloskar’s 60-year heritage and a 2-year comprehensive warranty, it remains a top choice for hospitals, petrol pumps, and manufacturing units needing reliable standby power.
Quick Answer
Yes, given the frequent grid failures and the high cost of business downtime in India, the KG1-15AS is a highly justified investment. Kirloskar's widespread service network (Kirloskar Care) ensures that spare parts are available even in remote districts, making it more reliable than imported or unbranded alternatives.
In India, the silent canopy (75 dB) is the standard for any urban installation. While open-frame models are cheaper, they often face legal challenges from neighbors and pollution boards; the KG1-15AS's silent design ensures peace of mind and higher resale value in the Indian second-hand market.
✓ Who Should Buy
- •This generator is ideal for Indian MSME owners, petrol pump operators, diagnostic centers, and luxury bungalow owners who need a high-capacity, heavy-duty three-phase backup. It is a favorite for those transitioning from smaller inverter-battery setups that cannot handle AC or motor loads.
✕ 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 generators physical and thermal dissipation specs.