I. Core Basic Parameters (Commercial Version)

1. Applicable Fuels

• Natural gas, wellhead gas, oilfield associated gas, flare gas, CNG, LNG, biogas
• Stable power generation with methane concentration ≥40%

• Small: 50kW – 500kW
• Medium: 500kW – 2MW
• Large: 2MW – 10MW+
• Multiple units in parallel for 10MW–100MW power stations

• Power generation efficiency: 36%–48% (higher for gas turbines)
• Total thermal efficiency (CHP): 85%–92%
• Voltage: 400V / 6.3kV / 10.5kV
• Frequency: 50Hz / 60Hz (global compatible)
• Start mode: automatic, unattended, remote monitoring
• Operation mode: grid-connected / off-grid
• Emission: NOₓ ≤50mg/m³ (ultra-low emission)
• Explosion-proof: Ex d IIB T4 for oilfield and wellhead areas

4. Standard Equipment

• Gas engine / gas turbine
• Gas purification skid (dehydration, desulfurization, filtration)
• Generator + control system
• Exhaust and cooling system
• Grid connection cabinet

• Gas power is the optimal transition energy for EU carbon neutrality and methane reduction.
• CHP systems qualify for EU subsidies, carbon credits and green electricity tariffs.
• Compatible with wellhead surplus gas, biogas and biomass gas.
• Low noise and low emission for industrial parks, data centers and commercial buildings.
• Supports grid frequency and peak regulation with energy storage.

2. Americas (USA, Canada, Latin America)

• Ultra-low-cost shale gas makes gas power cheaper than coal-fired power.
• Eligible for 45Q tax credits and EPA emission reduction policies.
• Ideal for off-grid power supply in oilfields and mining areas, replacing diesel gensets.
• Stable power source for industry, mining and cities in weak grid areas.
• Supports “self-use + surplus to grid” business model.

• Rapid economic growth with huge power shortage; gas power has the shortest construction period.
• Abundant natural gas and wellhead gas for on-site power generation with high ROI.
• Replaces heavy oil and diesel, reducing cost by 30%–50%.
• Suitable for factories, mines, islands, industrial parks and data centers.
• Fast installation within 1–3 months.

• Massive associated gas enables near-zero fuel cost.
• Designed for 55℃ desert environment with stable performance.
• Used for oilfield production, desalination, refineries and urban grids.
• Integrated with solar energy for hybrid power plants in line with 2050/2060 carbon neutrality.
• Can be developed into large-scale regional power stations.

5. Africa

• Over 50% of regions lack power supply; gas generation is essential.
• Converts wellhead and flare gas into electricity.
• Provides stable power for mines, villages, hospitals, schools and military camps.
• Rugged, reliable and easy to maintain.
• Eligible for priority financing from World Bank, AfDB and sovereign funds.

3. Large gas turbine power plant (above 10MW)
4. Oilfield associated gas power generation on-site
5. Gas power + waste heat recovery CHP system

IV. Global Core Advantages

• Wide fuel adaptability: natural gas, associated gas, flare gas, wellhead gas, biogas.
• High efficiency & clean: lower cost and emission than diesel/coal power.
• Fast construction: commissioning within 30–90 days.
• Strong adaptability: grid/off-grid, desert, offshore, plateau.
• Stable income: self-consumption, grid feed-in, CHP tri-generation.