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Kirloskar 400 kVA Silent Diesel Generator
The Kirloskar KG1-400WS is an industrial-grade 400 kVA silent diesel generator tailored for India's high-demand environments. In a country where DISCOMs like MSEDCL, BESCOM, and TNEB often face summer peak demand failures and scheduled load shedding, this 400 kVA (approx. 320 kW) unit provides a seamless power bridge. It features a heavy-duty, water-cooled 10-cylinder DV10TA G1 engine with a 14.7 L displacement, operating at 1500 RPM. As a three-phase (415V) system, it is ideal for running heavy machinery, centralized HVAC, and large elevators. The generator is housed in a CPCB-IV+ compliant acoustic enclosure, ensuring noise levels remain below 75 dB, which is mandatory for commercial zones and residential societies. With a massive 990-litre fuel tank and a consumption rate of 86.5 L/hr at full load, it offers over 11 hours of continuous backup. Safety is paramount, featuring earth leakage protection, over-temperature shutoff, and emergency stop triggers. Kirloskar's 60-year legacy in India ensures high resale value and easy access to spare parts through an extensive service network. This generator is AMF (Auto Mains Failure) compatible, allowing for an automatic handover when the grid fails, eliminating the dangerous UPS handover gaps in critical medical or data center environments.
Quick Answer
Given the rising summer temperatures and the resulting peak load failures on Indian grids, the investment in a Kirloskar 400 kVA unit is highly justified for businesses. The brand's 2-year warranty and the engine's long-term reliability offer a much better ROI than cheaper, non-branded alternatives.
In India, the silent canopy (under 75 dB) is the standard for almost all non-rural applications. While open-frame units are cheaper, silent generators are mandatory for any site within city limits or near residential areas to meet CPCB noise pollution standards.
✓ Who Should Buy
- •This generator is primarily purchased by industrial factory owners, large-scale hospitals (for life-support and HVAC), IT parks, and luxury high-rise residential complexes in cities like Bangalore, Pune, and Gurgaon where power quality is inconsistent.
✕ 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.