Home >>Success Stories >>Asia

Pasture Irrigation in Xining

Project Location: Tiebojia Station,Xining city,QinghaiProvince

Project Profile: Qinghai province is a place with abundant sunshine but little rainfall, cold in winter and cool in summer, short warm season and long cold season, much gale and sandstorm happens in spring.

The project is funded both by China Institute of Water Resources and Hydropower Research(IWRH) and Qinghai Institute of Water Resources and Hydropower Research, based on a new way of combining ecological construction and new energy utilization for grassland irrigation to improve herdsmen’s living level.

Project Solution: The solar water pump system utilizes Solartech PS2200-6, water flow reaches up to 80m3 per day, solving fully the problem of grassland irrigation.

Economy Benefit: The system generates 6912 kWh of power every year. During its 25-year lifespan, the system will save coal 64.97 tons; reduce carbon emission 28.58 tons, sulfur dioxide 1.29 tons, dust 0.97 tons and lime ash 16.89 tons.

  Solartech solar technology products

 ♦ Solar pumps»Solar irrigation system»Solar inverter


Related Solar Agricultrue Irrigation

  ♦ Agriculture Anti-Drought in Guangxi Province 

  ♦Pasture Irrigation in Tibet

  ♦Solar Pumping Plots Irrigation

  ♦Guangxi Solar Pumping Irrigation Station

  ♦Solar Agriculture Irrigation in Turkey

  Solar pumping irrigation

  ♦Solar Water Conservancy in Hainan

  ♦Solar Irrigation Site in Guilin, Guangxi

  ♦Agricultural Irrigation in Ningxia Province

  ♦Agricultural Irrigation in Middle East

  ♦Agricultural Irrigation in Pakistan

  ♦Solar Farmland Irrigation System

  ♦Solar Pumping Plots Irrigation

  ♦Drought Fighting for Agriculture in Guangxi

  ♦Economical Plant Irrigation in Turkey


Project Pictures

  1. Install bracket Install bracket
  2. Solar bracket Solar bracket
  3. Water output effect Water output effect
  4. Irrigation effect Irrigation effect

Online Inquiry

    *Title: Mr.   Ms.
    *Water head: (m)
    *Daily water requirement: (m3)
    *Leave your message: