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2 bomba de pozo profundo solar de pulgadas - Bombas,Generadores,Faro,Estación hidráulica-TENGDAO

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2 bomba de pozo profundo solar de pulgadas

Serie de bombas de pozo profundo de alta velocidad

1、The high-speed and efficient deep well pump is a new type of deep well pump powered by a high-speed, eficiente, brushless DC permanent magnet synchronous motor. Compared to conventional deep well pumps, it features high-speed operation, and its size and weight are only 1/3 Para 1/4 of that of standard well pumps with the same specifications in terms of power head and flow rate. It is energy-saving, highly efficient, and fully functional. This is a new generation of integrated electromechanical submersible pumps, marking a milestone in the development of submersible pumps.

2、This pump is equipped with a dedicated controller that allows for various working modes, including variable frequency speed regulation and constant speed operation. It can supply water at a constant pressure and flow, with scheduled on/off operation, remote network control, and intelligent operation modes. It has a wide adaptability range, compatible with both 50/60Hz, operates under a wide voltage range, and provides a constant output, maintaining the head and flow rate. Debido al uso de un motor de alta eficiencia (con una eficiencia máxima de 92%) and a single-phase power factor of 0.99, the pump’s efficiency, after accounting for the comprehensive losses of the controller, significantly exceeds that of conventional asynchronous motors.

3、The accompanying controller for this pump can accept inputs from both AC and DC solar power, allowing it to be paired with compatible solar panels to form a solar well pump. The successfully developed solar pump features automatic variable frequency operation, automatic switching between AC power and solar power, achieving a solar utilization rate of 100%. Technologically, it surpasses all current solar pumps, including those utilizing MPPT solar charging modes. The power output ranges from hundreds of watts to dozens of kilowatts, with an efficiency exceeding that of other solar pumps by over 20%.

4、This pump is suitable for applications in water supply and drainage, fountains, solar energy, and other submersible pump applications. It is widely used across various industries, including industrial, agricultural, petrochemical, and water treatment sectors. It particularly excels in high power and high head applications, representing a leading advantage and the future direction of submersible pump development, as the new generation of integrated electromechanical well submersibles.

  • Detalles del producto
Serie de bombas de pozo profundo de alta velocidad: A Revolutionary Leap in Pump Technology
The advent of high-speed, efficient deep well pumps, powered by advanced high-speed, brushless direct current (DC) permanent magnet synchronous motors, marca un hito significativo en la tecnología de bombeo. Este producto innovador se destaca entre las bombas sumergibles convencionales debido a su capacidad de operar a altas velocidades mientras es notablemente compacto y ligero—aproximadamente un tercio a un cuarto del tamaño y peso de las bombas convencionales con las mismas especificaciones de potencia, Altura, y flujo. Sus características de ahorro de energía y alta eficiencia lo convierten en un ejemplo fundamental de la integración electromecánica moderna, promoviéndolo como la bomba sumergible de próxima generación integral en la evolución de los sistemas de bombeo.
Una de las características más destacadas de esta nueva generación de bombas de pozo profundo es el sofisticado controlador que opera en conjunto con la bomba. Este controlador es capaz de una variedad de modos operativos, including variable frequency speed adjustment and constant speed operation. En consecuencia, it can provide constant pressure and flow water supply, implement scheduled automatic start and stop functions, and allows for remote network operations—creating an intelligent operational model that caters to today’s automation needs. This technological adaptability ensures a broad range of applications, accommodating both 50 Hz and 60 Hz power systems and allowing for wide voltage usage with stable output, effectively maintaining constant head and flow rates.
Tabla de parámetros:
Modelo flujo Altura Poder Voltaje Velocidad altura peso Salida Diameter Tamaño del paquete
T/h M KW V r/min milímetro KG milímetro milímetro milímetro
2TDW1.5-20-0.25 1.5/2.6 20/33 0.38 220 2850 495 3.6 1 50 95*95*500
2TDW1.5-30-0.37 1.5/2.6 30/50 0.55 220 2850 540 3.7 1 50 95*95*500
2TDW1.5-45-0.55 1.5/2.6 45/72 0.73 220 2850 595 3.8 1 50 95*95*500
2TDW1.5-60-0.75 1.5/2.6 60/98 1.1 220 2850 650 4.2 1 50 95*95*600
2TDW1.5-90-1.1 1.5/2.6 60/83 1.5 220 2850 690 4.5 1 50 95*95*700
2TDW2-20-0.37 2/3 20/50 0.55 220 2850 540 3.7 1 50 95*95*500
2TDW2-30-0.55 2/3 30/72 0.73 220 2850 595 3.8 1 50 95*95*500
2TDW2-45-0.75 2/3 45/98 1.1 220 2850 650 4.2 1 50 95*95*600
2TDW2-60-1.1 2/3 60/130 1.5 220 2850 690 3.6 1 50 95*95*600
The use of high-efficiency motors in these pumps is a game-changer, with peak motor efficiencies reaching an impressive 92%. Además, this pump is designed with a single-phase power factor approaching 0.99. Cuando se combina con la mínima pérdida de energía del controlador, la eficiencia general de estas bombas supera significativamente a la de las bombas tradicionales accionadas por motores asíncronos. Estos avances en eficiencia no solo reducen los costos operativos, sino que también representan un paso importante hacia operaciones industriales y agrícolas sostenibles.
Una característica notable de estas bombas de pozo profundo de alta velocidad es su compatibilidad con diversas fuentes de energía, incluyendo fuentes tanto de CA como de CC. Esta versatilidad les permite funcionar perfectamente con sistemas de energía solar, creando una solución de bombeo de pozo profundo alimentada por energía solar. Las últimas iteraciones de bombas solares cuentan con modulación automática de frecuencia y la capacidad de cambiar automáticamente entre energía de CA y solar; su eficiencia de utilización solar puede alcanzar hasta 100%. This technology surpasses traditional maximum power point tracking (MPPT) solar charging methodologies, positioning this new solar pump technology at the forefront of the industry. Power outputs range from a few hundred watts to several tens of kilowatts, delivering efficiency rates that surpass other solar pump solutions by more than 20%.
These high-speed deep well pumps are not confined to a single application but are incredibly versatile, suitable for water supply and drainage, fountains, solar energy applications, and other submersible pump uses. Their widespread application across various industries—such as agronomy, industrial usage, petrochemicals, and water treatment—underline their importance in the machinery landscape. The pumps exhibit unmatched advantages in high power and high head scenarios, signaling a pivotal shift toward more efficient, fiable, and intelligent pumping solutions.
As we look towards the future of submersible pump technology, the developments embodied in the high-speed deep well pump series signify more than just a product evolution; they symbolize an ideological shift toward intelligent, sustainable, and energy-efficient solutions in electrification and water management. The integration of advanced technologies, high-efficiency components, and versatility in power sources speaks to a future where pumping solutions can adapt to the ever-changing demands of society and the environment.
En conclusión, the high-speed efficient deep well pump series marks a remarkable advancement in pump technology. It combines cutting-edge engineering, significant efficiency gains, y aplicaciones versátiles, setting a new standard for the entire industry. Esto representa no solo un logro tecnológico, sino también un compromiso con prácticas sostenibles que moldearán el futuro panorama de la gestión industrial y agrícola del agua durante los próximos años. Con estas innovaciones, estamos presenciando un cambio de paradigma que insinúa enormes posibilidades para futuros avances tanto en integración electromecánica como en sostenibilidad ambiental.

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