FARIZON engine relies on more than 20 years of methanol power technology accumulation, and is the world's first micro grid hybrid system solution for alcohol hydrogen Generator sets. It uses methanol as a liquid hydrogen based energy carrier, integrates efficient alcohol hydrogen power generation, intelligent energy storage, and AC/DC hybrid micro grid control technology, completely breaks through the dual bottlenecks of high pollution and high cost of traditional diesel power generation and intermittent and unstable wind solar energy storage micro grids, and becomes the world's first fully commercialized full stack technology solution for alcohol hydrogen micro grids, leading a new paradigm of distributed energy and zero carbon park construction. The core of the system adopts the architecture of "methanol reforming for hydrogen production+efficient Fuel cell/alcohol hydrogen engine power generation+energy storage peak shaving+intelligent scheduling of energy routers", with a single module power coverage of 50kW-500kW, which can be modularized and parallel connected to several megawatt levels, suitable for off grid/grid dual mode operation. The comprehensive energy efficiency of the system reaches over 95%, reducing 98% PM, 88% CO, and 82% NOx emissions compared to traditional Diesel Generator systems, and reducing fuel costs by 32% -52%. It has the core advantages of high safety, high economy, and high stability. As the world's first alcohol hydrogen power core specially customized for microgrids, FARIZON alcohol hydrogen generator sets have achieved three major technological breakthroughs: firstly, they adopt an efficient alcohol hydrogen power assembly jointly developed with Bosch, with a thermal efficiency of 50.3%. Methanol is stored and transported in liquid form at room temperature and pressure, with a hydrogen storage density of 148.3 kg/m ³, far exceeding liquid hydrogen by 70 kg/m ³. They operate stably in extremely cold environments at minus 97.6 ℃, solving the problems of hydrogen energy storage and transportation and low-temperature attenuation; The second is to integrate an intelligent energy management system (EMS) that can respond to load fluctuations in milliseconds, collaborate with photovoltaic, wind power, and energy storage to build a multi energy complementary system, smooth out fluctuations in New Energy output, reduce curtailment rates by 20% -30%, and achieve 24-hour stable power supply; The third is modular container design, with a 10 foot container integrated with a 100kW power generation unit, and a 20 foot container capable of achieving 300kW/7.2MWh output, plug and play, reducing deployment cycle by 70%, suitable for all scenarios such as islands, mining areas, zero carbon parks, data centers, and electric vehicle charging stations.
Different from traditional microgrid solutions, the FARIZON alcohol hydrogen microgrid hybrid system constructs an integrated collaborative system of "source grid load storage". The AC bus is compatible with traditional industrial loads, while the DC bus directly supplies DC equipment such as photovoltaics, energy storage, and charging piles. Through a bidirectional energy router, efficient bidirectional conversion between AC and DC is achieved, reducing conversion losses by 5% -10%; The system supports independent off grid operation and bidirectional grid connection scheduling. In off grid mode, it can operate stably with 100% load, and in grid connection mode, it participates in grid peak shaving and demand side response to enhance grid resilience; Simultaneously equipped with a remote intelligent operation and maintenance platform, real-time monitoring of unit operation data, methanol consumption and emission indicators, AI predictive maintenance reduces operation and maintenance costs by 40%, and the full lifecycle reliability reaches 99.9%.
Driven by the global energy transition and dual carbon goals, the FARIZON alcohol hydrogen generator microgrid hybrid system has formed a complete commercial capability. With the advantage of methanol resources (China accounts for 60% of global production capacity), full field adaptability, and significant economic benefits, it has become the optimal solution to replace traditional diesel power generation and solve the bottleneck of wind and solar energy storage; At present, multiple benchmark projects have been implemented in markets such as Southeast Asia, the Middle East, and Africa, covering scenarios such as remote mining power supply, island microgrids, zero carbon park construction, and off grid power supply for large charging stations. Each project reduces carbon dioxide emissions by over 10000 tons annually, with an investment payback period controlled within 3 years, providing global customers with a "clean, stable, economical, and safe" distributed energy overall solution, and continuously consolidating FARIZON's leading position in the global alcohol hydrogen power and microgrid fields.
