Clean, quiet, future-proof
Gas Gensets - VOLTAIR
Our VOLTAIR series gas-powered generators offer the perfect bridge to a decarbonized future. Our modern gas gensets operate with virtually zero emissions and very quietly. Experience a reimagined approach to energy supply—efficient, low-maintenance, and safe.
The unbeatable benefits at a glance:
Energy Without Limits: Power Supply at Every Location
- Up to 6,000 hours between maintenance intervals
- low operating costs
- significantly fewer pollutants compared to diesel and gasoline
- Minimal operating noise and completely odorless combustion
- No fuel degradation during extended periods of inactivity
VOLTAIR Gas Gensets Performance Classes
Hydrogen Generators:
VOLTAIR 12H
Rated Power (COP): 10 kW(e), 12 kVA
LPG Generators/ NG Generators:
VOLTAIR 10
Rated Power (COP): 8 kW(e), 10 kVA
VOLTAIR 22
Rated Power (COP): 18 kW(e), 22,5 kVA
VOLTAIR 45
Operation with LPG:
Rated Power (PRP): 36 kW (e), 45 kVA
Operation with NG:
Rated Power (PRP): 34 kW(e), 43 kVA
VOLTAIR 65
Operation with LPG:
Rated Power (PRP): 51 kW(e), 64 kVA
Operation with NG:
Rated Power (PRP): 48 kW(e), 60 kVA
VOLTAIR 100
Operation with LPG:
Rated Power (PRP): 80 kW(e), 100 kVA
Operation on NG:
Rated Power (PRP): 74 kW(e), 92 kVA
Advantages of VOLTAIR Gas Generators:
Operational and technical advantages:
- Extended maintenance cycle: Minimal maintenance requirements thanks to long service intervals of up to 6,000 hours.
- Longer engine service life: Slower engine oil contamination thanks to clean combustion and modern spark plug technology.
- High supply reliability: Self-sufficient operation through the direct use of pipeline natural gas or field gas prevents supply bottlenecks.
- Reliable cold start performance: Reliable starting even at extremely low temperatures, since gas—unlike diesel—does not freeze or become slushy.
- Robust continuous operation: Optimally designed for consistent performance in non-stop continuous operation (base load).
- Quieter engines: More pleasant, significantly quieter operation compared to diesel generators.
Economic Benefits & Cost Efficiency:
- Operating costs (OPEX): Lower fuel cost per kilowatt-hour for natural gas (NG) and liquefied petroleum gas (LPG) compared to diesel.
- No transportation costs: Cost-effective elimination of expensive and time-consuming diesel shipments to remote areas.
- Protection against fuel theft: Fuel cannot be stolen from construction sites or in remote regions thanks to sealed tanks and pipelines.
Environmental Benefits & Sustainability
- Lower CO₂ emissions: A 20–25% reduction in CO₂ emissions due to the higher chemical hydrogen content in natural gas.
- Clean, soot-free combustion: Elimination of expensive diesel particulate filters (DPFs), which are prone to clogging, thanks to virtually soot-free combustion.
- Future-proof H2-Ready technology: Option to use the current hydrogen blend or to convert to 100% hydrogen at a later date at low cost.
- Lower pollutant emissions: Significantly cleaner environmental footprint compared directly to diesel engines.
Applications for Our Efficient Gas-Fired Power Generators
Electricity Generation Using Gas
Modern LPG power generators offer a reliable and environmentally friendly solution for decentralized energy supply. Thanks to efficient engine technology, natural gas or liquefied petroleum gas is burned cleanly while simultaneously generating electricity.
Intelligent control systems balance out peak loads and allow for flexible adaptation to demand. In the event of a power outage, the gas gensets ensure that critical systems continue to operate. Long maintenance intervals and robust components ensure predictable costs.
They are particularly well-suited for use in water management, such as at pumping stations, wastewater treatment plants, or water level monitoring stations, where they serve as a clean emergency power solution. Along pipelines, they also provide long-term support for gate valve stations and corrosion protection systems, often using gas directly from the pipeline. In the construction industry, they reliably supply power to tunnel and civil engineering projects over long periods. In remote vacation resorts or mountain huts, they enable self-sufficient energy, often combined with photovoltaics.
They are equally suitable for telecommunications, small data centers, and mobile applications in disaster response. In this way, gas-powered generators provide a flexible, safe, and efficient energy supply even in demanding applications while simultaneously reducing emissions. This makes them an economical and sustainable alternative to diesel generators and, in the long term, can significantly increase independence from central grids and provide additional operational reliability in everyday use.