A Xcell Energy Equipment (Suzhou) Co., Ltd. é uma empresa líder no setor de sistemas de resfriamento.O nosso objectivo é recomendar os melhores produtos aos utilizadores; prestar os melhores serviços aos utilizadores e seguir a filosofia empresarial de "qualidade em primeiro lugar, baseada na integridade, cliente em primeiro lugar".Estamos dispostos a trabalhar juntos com novos e velhos amigos para o desenvolvimento comum.Com o conceito de serviço de "tudo para os clientes, criando valor para os clientes", nós nos concentramos nas necessidades dos clientes e usamos velocidade de primeira classe,competências de primeira classe e atitude de primeira classe para alcançar o objetivo de serviço de "excedendo as expectativas dos clientes e os padrões do setor".

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Durability and Reliability: The Manufacturing Advantage of Our Cooling Tower Products 2025-12-11 Durability and Reliability: The Manufacturing Advantage of Our Cooling Tower Products A cooling tower’s long-term value is determined by its resilience and ability to operate continuously under harsh conditions. Our factory-produced Cooling Tower products—including our Open Tower and Closed Tower models—are built on a foundation of superior material selection and precision manufacturing, guaranteeing a service life that minimizes unscheduled downtime and maximizes return on investment. We do not compromise on the quality of the components that form the backbone of your heat rejection system. Our tower structures, basins, and casings are constructed using corrosion-resistant materials, most commonly heavy-gauge, hot-dip galvanized steel, or advanced Fiber-Reinforced Plastic (FRP). For steel components, multi-layer coating systems are applied both internally and externally to provide a durable shield against the aggressive, moist, and chemically active environment inside the tower. This relentless focus on anti-corrosion technology ensures that the structural integrity of our towers endures for decades, far exceeding the lifespan of lesser-quality, non-protected equipment. Equally important are the moving parts. We specify premium-grade, heavy-duty fan motors and gearboxes designed for continuous outdoor operation and exposure to high humidity. All critical mechanical components are easy to access for routine maintenance, reducing labor time and cost. For our Closed Towers, the internal heat exchange coil is constructed from high-quality steel or, for specialized applications, stainless steel, ensuring the integrity of the isolated process fluid. By combining robust structural materials with reliable, low-maintenance mechanical assemblies, our Long-Life Cooling Systems stand as a testament to engineering excellence, providing your operation with the peace of mind that comes from owning the most reliable heat rejection equipment in the industry.

Water Conservation: Reducing Drift and Blowdown in Modern Cooling Tower Design 2025-12-11 Water Conservation: Reducing Drift and Blowdown in Modern Cooling Tower Design Water scarcity and rising utility costs have made Water Conservation a paramount concern for facility operators relying on evaporative Cooling Tower technology. While evaporation is the engine of efficient cooling, minimizing other forms of water loss—specifically drift and excessive blowdown—is essential for a sustainable operation. Our latest cooling tower designs integrate advanced features dedicated to maximizing water efficiency and maintaining the integrity of the water cycle. Our commitment to water conservation begins with the industry-leading performance of our Drift Eliminators. Manufactured from robust, corrugated materials, these eliminators force the exhaust air through a precise series of changes in direction. This centrifugal action efficiently separates entrained water droplets and returns them to the tower basin. Our designs achieve certified Low-Drift Ratings—often less than 0.0005% of the circulating water flow—dramatically exceeding industry standards and ensuring that water is not wasted and that the surrounding environment is protected from aerosolized particles. Furthermore, we provide systems that enable higher Cycles of Concentration (COC). COC is the ratio of dissolved solids in the tower water compared to the make-up water. Higher COCs mean less water is discharged via blowdown. We achieve this by offering towers compatible with advanced side-stream filtration and softening systems, which actively remove suspended solids and hardness-causing minerals. This allows the water to remain in the system longer without causing scaling, significantly reducing the amount of fresh make-up water required. Our focus on precision drift elimination and high COC operation makes our Water-Efficient Cooling Towers the definitive choice for environmentally responsible industrial and commercial heat rejection.

Energy Optimization: Design Features of High-Efficiency Cooling Towers 2025-12-11 Energy Optimization: Design Features of High-Efficiency Cooling Towers In an era of rising energy costs and intensified regulatory pressure, the efficiency of your Cooling Tower is more important than ever. Our towers are designed not just to reject heat, but to do so with the minimum possible energy input, leveraging cutting-edge components and intelligent control systems that significantly lower the Total Cost of Ownership (TCO) for our clients. We view every component as an opportunity for energy savings. The two major energy consumers in any cooling tower are the fan motor and the circulating pump. Our designs address this through innovations in both areas. For the fan system, we utilize highly efficient, low-noise fan blades and pair them with premium-efficiency motors and Variable Frequency Drives (VFDs). A VFD allows the fan speed to be precisely matched to the current cooling load, dramatically reducing fan power consumption. Since fan power scales with the cube of the speed, a small reduction in fan speed results in massive energy savings—for example, a 20% speed reduction can save nearly 50% of the fan's electrical power. On the water side, our Low Pumping Head Cooling Towers minimize the pressure requirements for the circulating pump. This is achieved through optimized water distribution systems and the use of low-resistance fill media. A lower pumping head directly translates into a smaller required pump motor size and continuous energy savings over the system's lifespan. By focusing on both air-side and water-side energy efficiency, our Optimized Cooling Solutions guarantee you are not just getting a cooling capacity, but a commitment to the lowest possible operational expenditure and a verifiable return on your capital investment.

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CONTATO E.U.A QUALQUER HORA

Sala 306, Edifício A06, n.o 66, Rua Wanyuan, cidade de Dianshanhu, cidade de Kunshan, Suzhou, China

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Sala 306, Edifício A06, n.o 66, Rua Wanyuan, cidade de Dianshanhu, cidade de Kunshan, Suzhou, China E-mail: xcell_energy@163.com Tel: +86 13401281002 Tel: +86 13401281002

O maior centro de investigação e desenvolvimento e produção Cooling Tower Fornecedor na China

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