The Core Application Value of Electric Forklifts in the Energy and Chemical Industry

The energy and chemical industry is characterized by its high concentration of hazardous chemicals, complex operating environments, and stringent environmental requirements. Electric forklifts, with their advantages of safety adaptability, low carbon footprint, high efficiency, and flexibility, have become core equipment for upgrading logistics in this industry. The following explains this from three core scenarios:

I. Hazardous Chemical Storage and Transfer Scenario

Safety Assurance: Equipped with Ex explosion-proof certification (such as Ex ib IICT4 Gb), using explosion-proof motors, anti-static tires, and explosion-proof battery packs, eliminating spark and static electricity hazards at the source, suitable for hazardous areas with flammable and explosive gases and dust.

Environmental Adaptability: Zero exhaust emissions, preventing harmful gases from reacting with hazardous chemicals; operating noise below 70dB, improving the environment of enclosed storage.

Efficiency Improvement: Narrow aisle models have a minimum aisle width of only 1.9 meters, a lifting height of up to 12.5 meters, increasing space utilization by 50%; lithium battery models can be fast-charged in 1-2 hours, with a single-shift range exceeding 8 hours.

II. Chemical Production Workshop Scenarios

Safety Protection: Corrosion-resistant models are equipped with heavy-duty anti-corrosion coatings and sealed wiring harnesses, resisting strong acid and alkali corrosion. High-temperature models feature a thermal circulation management system, enabling stable operation in environments above 50℃.

Environmental Compliance: Replacing internal combustion forklifts, each vehicle reduces NOₓ emissions by approximately 18 tons annually, meeting "dual-carbon" policies and environmental inspection requirements, and supporting enterprises' green transformation.

Efficiency Optimization: Heavy-duty models have a climbing ability of nearly 18% and a travel speed of up to 18 km/h, suitable for transporting raw materials in ton bags and sorting finished products, improving operational efficiency by over 30%.

III. Energy Facility Maintenance Scenarios

Safe Operation: Hydrogen fuel cell forklifts are zero-emission and flameless, suitable for high-risk scenarios such as substation and power line maintenance. Explosion-proof design meets the requirements for operation in methane-filled environments in mines.

Environmental Upgrade: Clean energy sources such as electricity and hydrogen replace fossil fuels, reducing the impact on the ecological environment, especially suitable for green operation standards of new energy power plants.

Highly Adaptable: The off-road four-wheel drive design allows it to handle complex terrains in wind farms and mines. Intelligent AGV forklifts enable automated transfer of equipment parts, reducing maintenance time by 60%.

Core Value Summary: Electric forklifts achieve a triple breakthrough in safety, environmental protection, and efficiency, specifically tailored to the characteristics of the energy and chemical industry. In terms of safety, they are adaptable to special working conditions such as hazardous chemicals, high temperatures, and explosion-proof environments. Environmentally, they meet zero-emission and low-noise requirements. In terms of efficiency, flexible operation, long range, and high-load design optimize work processes. Their total lifecycle cost is 40%-50% lower than internal combustion forklifts, making them a key support for cost reduction, efficiency improvement, and green transformation in the industry's logistics sector.