GWM NEW ENERGY
In the field of new energy, GWM has established a development strategy of hybrid, pure electric,
and hydrogen energy, and has simultaneously laid out multiple technological routes in intelligent driving,
intelligent cockpit, and intelligent chassis, and conducted in-depth R&D
and application in forward-looking areas such as low-power high-performance chips and data intelligence systems.
In the field of new energy, GWM has established a development strategy of hybrid, pure electric, and hydrogen energy, and has simultaneously laid out multiple technological routes in intelligent driving, intelligent cockpit, and intelligent chassis, and conducted in-depth R&D and application in forward-looking areas such as low-power high-performance chips and data intelligence systems.
Hydrogen Energy Technology
One of the earliest vehicle companies
in the field of hydrogen energy
Relying on strong R&D resources and industrial system construction capabilities,
GWM adopts "commercial and passenger vehicles development together" model and establishes a global development strategy of "winning in China and going to global".
In the field of hydrogen energy, GWM has independently developed the core components of the hydrogen energy system,
making it the only domestic vehicle company with a core technology layout in the entire hydrogen energy industry chain.
Hydrogen Energy
Production-storage-transportation-process-application
With hydrogen energy as the main body, GWM has built an integrated industrial chain development model of "production-storage-transportation-process-application", achieving full coverage in all fields and scenarios, and empowering the entire industry chain.
With hydrogen energy as the main body, GWM has built an integrated industrial chain development model of "production-storage-transportation-process-application", achieving full coverage in all fields and scenarios, and empowering the entire industry chain.
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Hydrogen Power System
The vehicle-grade full-scenario solution
For hydrogen fuel cells, the "hydrogen power system" independently developed, is an internationally leading vehicle-grade full-scenario solution. It has achieved complete independent intellectual property rights for six core technologies and products, including fuel cell stacks and core components, fuel cell engines and components, type IV hydrogen storage cylinders, high-pressure hydrogen storage valve, hydrogen safety assessment, and liquid hydrogen processes, with 100% localization rate of core components.
For hydrogen fuel cells, the "hydrogen power system" independently developed by FTXT Energy, is an internationally leading vehicle-grade full-scenario solution. It has achieved complete independent intellectual property rights for six core technologies and products, including fuel cell stacks and core components, fuel cell engines and components, type IV hydrogen storage cylinders, high-pressure hydrogen storage valve, hydrogen safety assessment, and liquid hydrogen processes, with 100% localization rate of core components.
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Hydrogen Power System
The vehicle-grade full-scenario solution
International leading vehicle-grade "hydrogen power system"
full-scenario solution: "Hydrogen Lemon Technology" is one of the core technology routes of GWM Lemon platform,
covering hydrogen fuel cell systems, on-board hydrogen storage systems, and core key components.
It is a zero-carbon transportation solution with high performance, high safety, long endurance, all-weather, and all-field characteristics.
A complete vehicle-grade R&D system
1T
3 major technology platforms
3H
Hydrogen-electric platform
Fuel cell stack platform
Hydrogen storage platform
5 major performance advantages
5G
Energy System
Photovoltaic + distributed energy storage +
centralized energy storage
GWM has built an industry-leading energy system of "photovoltaic + distributed energy storage + centralized energy storage"
and has completed the full value chain layout of "solar energy-battery-hydrogen energy-vehicle power".
It still maintains the highest record globally and provides the most important technical support for green power transformation
and the achievement of carbon peaking and carbon neutrality goals.
Distributed Energy Storage
长城在分布式储能领域
In the field of distributed energy storage, GWM has comprehensively laid out the upstream and downstream of the industry chain, covering core areas such as mineral resources, battery materials, energy storage systems, and battery recycling.
In the field of distributed energy storage, GWM has comprehensively laid out the upstream and downstream of the industry chain, covering core areas such as mineral resources, battery materials, energy storage systems, and battery recycling.
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UtmoLight
Great Wall Motor in the field of solar energy
UtmoLight has created the world's highest record for large-area perovskite photovoltaic module efficiency, exceeding 20%. GWM will use solar energy and biomass to produce hydrogen energy, emphasizing the use of renewable resources to reduce greenhouse gas emissions and pollution. In the field of transportation, it promotes the application of hydrogen fuel cell vehicles in the global public service sector and further researches and promotes fuel cell systems for ships, aviation, and mobile machinery.
UtmoLight has created the world's highest record for large-area perovskite photovoltaic module efficiency, exceeding 20%. GWM will use solar energy and biomass to produce hydrogen energy, emphasizing the use of renewable resources to reduce greenhouse gas emissions and pollution. In the field of transportation, it promotes the application of hydrogen fuel cell vehicles in the global public service sector and further researches and promotes fuel cell systems for ships, aviation, and mobile machinery.
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Pure Electric System
From building the research, production and supply
capabilities of the three electric systems, to laying
out the core value chain of semiconductor technology.
Battery
MCU
Xindong Semiconductor
Battery
GWM has laid out power batteries of multiple chemical systems, including lithium iron phosphate, lithium manganese iron phosphate, cobalt-free, ternary, sodium-ion, and solid-state batteries. It has planned three solutions of economy, long endurance, and high performance to meet diverse user needs.
For MCU, Hycet Technology has built a world-class electric drive product based on four dimensions of integration, high voltage, high speed, and high efficiency. It has also built two major platforms, M and L, and has a series of products ranging from 100 kW to 220 kW, covering A to D-class commercial vehicle models, meeting the power requirements of different scenarios.
+50%
Module power density
In response to the third-generation power semiconductor silicon carbide, GWM has deeply laid out the module packaging and testing project, established Xindong Semiconductor, focused on core technology, and created the first domestic CSS technology platform. The module power density can be increased by 50%, and the cost can be reduced by 30%. It is mainly used in main inverters and charging fields, with a planned annual production capacity of 1.2 million sets of vehicle-grade modules. At the same time, the layout of core material silicon carbide substrate is deepening the cooperation of the industrial chain.
