Guided by the dual-carbon development concept, the infrastructure and industrial logistics sectors are comprehensively promoting the green and low-carbon upgrading of equipment. Forklifts and concrete mixers, as key equipment for high-frequency operations, have become core tools for energy conservation, emission reduction, and green transformation in the industry. Major construction companies and logistics production units are accelerating the elimination of outdated, high-energy-consuming, and high-emission equipment, and introducing new, energy-efficient, intelligent, and low-noise equipment in batches. Through hardware upgrades and optimized operating modes, they are comprehensively reducing energy consumption and emissions in construction and transportation processes, promoting the green and sustainable development of the industry.

Traditional fuel-powered forklifts and concrete mixers suffer from high energy consumption, excessive exhaust emissions, and high operating noise. Long-term, high-frequency operation leads to significant energy consumption and also impacts the environment around construction sites and warehousing parks. To adapt to green construction and green production standards, new equipment has undergone comprehensive technological iteration. New energy forklifts are now widely equipped with lithium-ion battery power systems, offering advantages such as zero emissions, low noise, and low energy consumption. They are suitable for demanding environmental environments such as indoor warehouses, enclosed workshops, and urban industrial parks. Equipped with intelligent power control systems, they automatically adjust power output based on workload, eliminating energy waste and ensuring stable range for extended continuous operation.

New environmentally friendly concrete mixer trucks significantly reduce fuel consumption and emissions through optimized power systems and upgraded exhaust purification devices. They are also equipped with intelligent dust removal and spill prevention devices, effectively addressing dust and material leakage issues during concrete transportation. The intelligent temperature control and mixing system automatically adjusts mixing parameters based on ambient temperature, preventing concrete from setting in high temperatures and material performance degradation in low temperatures. This ensures construction quality, reduces material waste, and indirectly lowers resource consumption. Furthermore, the optimized vibration and noise reduction structure significantly reduces mechanical noise during operation, improving the working environment at construction sites.

In addition to hardware upgrades, all units are simultaneously establishing green operation management systems. Standardize energy-consuming operations such as forklift idling and frequent start-stop cycles, and rationally plan concrete mixer truck transportation routes to reduce energy losses caused by empty runs and detours. Simultaneously, establish an energy-saving operation and maintenance log for equipment, and regularly maintain and inspect the equipment's power system, transmission system, and hydraulic system to ensure that the equipment is always in optimal energy-saving operating condition. The widespread application of green and intelligent equipment not only effectively implements the low-carbon and environmentally friendly development concept but also reduces enterprise equipment operation and energy consumption costs, achieving a dual improvement in environmental and economic benefits, and injecting strong momentum into the green transformation of the industrial and infrastructure sectors.