Industrial motors, as major energy consumers, face inefficiency (average 88% under IE2 standards), excessive heat (accelerating insulation aging), and rising maintenance costs (10% of equipment value annually), hindering cost reduction and carbon neutrality goals. The Yimai YE4 three-phase asynchronous motor breaks through technical barriers with low-loss windings, and thermal management—achieving IE4...
On May 13, 2025, the (11th) Water Supply Conference was grandly launched in Fujian. Yimai was invited to participate as a co-organizer of the conference, sharing technological achievements, product layout and solutions. On the spot, we showcased our solutions for different scenarios, and R&D technological achievements with industry peers to jointly...
Traditional industrial motors suffer from low efficiency (average 85% under IE1 standards), high energy consumption (>50% of factory electricity), and rapid temperature rise (accelerating winding degradation), particularly in textiles, manufacturing, and water treatment. The Yimai YE3 three-phase asynchronous motor addresses these challenges with optimized rotor slots, and low-friction bearings—achieving IE3 efficiency...
Traditional multi-stage pumps face challenges like bulky footprints (>5㎡), high energy consumption (40% of industrial water system electricity), and complex maintenance (>120 hours annual downtime), particularly in high-rise water supply and petrochemical processes. The Yimai vertical multi-stage centrifugal pump tackles these issues with vertically stacked impellers, high-strength stainless steel casting,...
Traditional centrifugal pumps suffer from high energy consumption (accounting for 20%-25% of industrial electricity), frequent maintenance (annual costs up to 15% of equipment value), and large footprints, particularly in agriculture, municipal water supply, and industrial processes. The Yimai single stage end suction volute pump addresses these challenges with integrated volute...
The water sector grapples with high energy consumption (25%-30% of municipal operational costs), inefficient maintenance, and outdated infrastructure, hindering urban-rural water security and ecological progress. On April 17, 2025, the Hangzhou Urban Water Expo, hosted by the China Urban Water Supply and Drainage Association, launched at the Hangzhou International...
Traditional booster systems suffer from high energy consumption, pressure fluctuations (±0.2 MPa or more), and frequent maintenance, driving up operational costs and user complaints. These issues are particularly acute in high-rise buildings, aging community renovations, and industrial parks across China. The Yimai VFD controlled booster system addresses these challenges with...
In municipal sewage networks, industrial parks, and aging communities, traditional pumps often face clogging, corrosion, and high failure rates, driving up costs and environmental risks. The Yimai submersible sewage pump tackles these issues with clog-free design and corrosion-resistant materials, boosting drainage efficiency by 40% and reducing failures to below 2%—a...
In manufacturing, renewable energy, and HVAC systems, traditional induction motors—with low efficiency (typically IE2), high energy consumption, and frequent maintenance—hinder cost-saving and productivity. Our Yimai permanent magnetic electric motor addresses these challenges through rare-earth magnet technology and intelligent frequency control, achieving IE5 efficiency (30%+ energy savings) and a lifespan of...
In urban high-rises and community renovations, traditional pump rooms face challenges like excessive space requirements, noise pollution, and complex maintenance. The Yimai integrated room pump station redefines water supply with a compact footprint (only 1/4 of traditional setups), intelligent controls, and quiet operation (<45dB noise)—enabling fully integrated water systems that...