Hanma Technology Methanol Containerized Distributed Power Station is a green distributed power generation system tailor-made for oilfields, mines, and various off-grid areas. It adopts a containerized cabin design, using methanol as the core fuel to achieve the upgrade of "alcohol replacing oil, alcohol replacing gas," providing stable, low-carbon, and economical off-grid power supply. The power station's single unit power covers 30-300kW, supporting parallel operation of "one unit/two units/four units on one skid," capable of quickly assembling 60kW-1.2MW power stations. Its modular design allows for rapid deployment and adaptation to complex outdoor operating environments. Key advantages are prominent: the alcohol-to-electricity conversion efficiency is as high as 2.05kWh/L, fuel costs are 32% lower than diesel and 10% lower than natural gas, and it achieves near-zero emissions with extremely low pollutant emissions such as NOx and particulate matter, and controllable noise, making it suitable for ecologically sensitive areas. It also possesses high reliability, capable of stable operation in harsh environments such as -45℃ extreme cold and 5700-meter high altitudes, with a unit lifespan of no less than 15,000 hours. Equipped with remote monitoring, leak alarms, and automatic fire suppression systems, it supports unattended operation and is widely used in oilfield drilling, mining, island, and remote off-grid area power supply. It can also be paired with photovoltaic and wind power to form a wind-solar-methanol complementary system, solving the intermittency issues of new energy power supply.
Hanma Technology Methanol Containerized Distributed Power Station is a green distributed power system tailored for oilfields, mines, and various off-grid areas. Adopting a containerized design, it uses methanol as the core fuel to realize the upgrade of "methanol replacing diesel and gas," providing stable, low-carbon, and cost-effective off-grid power supply. With a single unit power ranging from 30kW to 300kW, the power station supports parallel operation of "1/2/4 units per skid," which can quickly build a 60kW–1.2MW power station. Its modular design enables rapid deployment, adapting to complex outdoor operating environments. It has outstanding core advantages: the maximum methanol-to-power conversion rate reaches 2.05kWh/L, the fuel cost is 32% lower than diesel and 10% lower than natural gas, and it achieves near-zero emissions with extremely low NOₓ, particulate matter, and other pollutants, controllable noise, suitable for ecologically sensitive areas. At the same time, it has high reliability, which can operate stably in harsh environments such as -45℃ extreme cold and 5,700m altitude, with a unit life of not less than 15,000 hours. Equipped with remote monitoring, leak alarm, and automatic fire suppression systems, it supports unmanned operation. It is widely used in oilfield drilling, mining, power supply for islands and remote off-grid areas, and can also be combined with photovoltaic and wind power to form a wind-solar-methanol complementary system, solving the intermittency problem of new energy power supply.