Unstoppable 10 to 30 kVA Power for Large Villas, Farmhouses, Telecom Towers and Petrol Pumps

Fuel consumption varies by load: a 10 kVA unit uses approximately 2.5–3 liters/hr, while a 30 kVA unit consumes 5.5–6.5 liters/hr at 75% load. Elmot PowerGen engines are specifically tuned to maintain high efficiency even during low-load periods.

• 10 kVA: Powers 2–3 units of 1.5-ton inverter ACs.
• 20 kVA: Powers 4–5 units of 1.5-ton inverter ACs.
• 30 kVA: Powers 6–8 units of 1.5-ton inverter ACs.
• Note: This assumes a balanced household or office load.

Yes, this range is the "Gold Standard" for residential backup. Because they are CPCB IV+ compliant and feature Ultra-Silent acoustic enclosures, they can be installed in villas and apartments without violating noise or emission laws.

These units are highly compact. A 10 kVA unit needs roughly 1500mm x 900mm, while a 30 kVA unit needs 2000mm x 950mm. We recommend a 1.5-meter clearance around the set for airflow and maintenance access.

Yes. Due to their optimized power-to-weight ratio, 10–30 kVA sets are frequently installed on rooftops. Elmot PowerGen provides specialized Anti-Vibration Mounts (AVM) to ensure zero vibration transfer to the building structure.

Single Phase (230V) is typical for standard homes, while Three Phase (415V) is required for elevators, central AC units, and industrial machinery. Elmot offers both configurations across the 10–30 kVA spectrum.

Absolutely. Every unit in our 10–30 kVA range meets the 2026 CPCB IV+ emission norms. This ensures your generator is future-proof, eco-friendly, and compliant with all National Green Tribunal (NGT) guidelines.

• A 20 kVA (3-phase) generator produces approximately 27.8 Amps per phase.
• A 30 kVA (3-phase) generator produces approximately 41.7 Amps per phase.

While not mandatory, an AMF (Auto-Mains Failure) Panel is highly recommended for clinics and homes. It ensures that when the grid fails, the generator starts and restores power automatically in under 10 seconds.

With regular maintenance, an Elmot PowerGen DG set has a functional lifespan of 15 to 20 years. Our heavy-duty engine blocks are designed for long-term durability in the high-temperature climates of South India.

We recommend a full service ("B-Check") every 500-700 running hours or every 6 months. Regular oil and filter changes prevent carbon buildup and maintain the 12% fuel-efficiency advantage of Elmot engines.

Elmot PowerGen provides a 2-year / 5000-hour comprehensive warranty. Our service network across Telangana, AP, Karnataka, and Maharashtra ensures a technician can reach your site within a 6-hour window.

A B-Check is a scheduled preventive maintenance service performed after a specified number of operating hours, typically between 500 and 700 hours for Elmot gensets. It is more comprehensive than routine inspections and focuses on ensuring the engine, alternator, fuel system, cooling system, and electrical components continue to operate reliably.
Most gensets spend 99% of their life waiting for a power outage. A B-Check helps identify small issues before they become failures during an emergency.

A governor is one of the most important components in a genset because it controls the engine speed, which directly determines the output frequency of the generator.
A mechanical governor uses flyweights, springs and mechanical linkages. They are generally lower in cost and have a simpler design. An electronic governor on the other hand uses a magnetic speed sensor, electronic controller & an electric actuator.
Electronic governors have a faster response time and are usually preferred for loading sharing and higher rating gensets.

Block Load Capacity is a genset's ability to accept a large load instantly in a single step while maintaining acceptable voltage and frequency limits. It is represented in %age of full load.
Consider a 125 kVA genset.
If its specification says:
Block Load Acceptance: 50%
it means the genset can accept:

• 50% × 125 kVA = 62.5 kVA

instantly in one step.

Yes, you can get a larger fuel tank for a remote villa, but it should be sized safely and as per local fire/environment rules.
How to calculate fuel need
All gensets come with fuel consumption per hour of operation. General assumption is you are operating at 75% load.
Use this simple formula:

Fuel required = Fuel consumption per hour × Expected running hours × Safety margin

To calculate accurately, you need:

• Genset rating in kVA or kW
• Average load percentage
• Fuel consumption at that load
• Number of backup hours required
• Refill frequency desired

For villas, gensets often run at partial load, so fuel use may be much lower at night than during peak AC/pump usage.