In response to the local characteristics of no electricity, high temperature and scattered water use, Solartech has customized a pure off-grid solar water supply solution, which can realize all-weather stable water supply without grid connection, truly using green and clean energy to help arid areas break through development dilemmas.

In April 2026, a UNDP-funded solar water pumping system, built by Solartech's partner, was launched in Bulambuli. Using a modern design of deep boreholes, solar pumps, elevated storage tanks, and community water points, the project has solved the region's long-standing water supply and contamination problems, delivering clean drinking water to the local community.

Meeting the Dissolved Oxygen Challenge of Semi-Intensive Farming In Guatemala, aquaculture is a key export industry. Many local shrimp farms have shifted to semi-intensive farming models, which impose nearly stringent continuous requirements on dissolved oxygen levels in water.

Location: Molepolole, Botswana Plenty of sunshine, but unreliable grid? Diesel too expensive? Here's the solution Solartech, in cooperation with local partners, has installed a 1.5kW solar water pumping system for a farmer, used for irrigation and livestock watering.

In the Paphos region of Cyprus, a Mediterranean island nation, water resources have long been under pressure, and agricultural irrigation heavily depends on costly traditional energy supply. To ensure the stable yield of a high-value pomegranate orchard, a farm owner in Peyia adopted the Solartech solar water pumping system in March 2026, utilizing clean energy to deliver efficient and reliable irrigation.

Located in Oratorio, Santa Rosa, Guatemala, limited rural grid coverage has long posed a major challenge for irrigation power supply. In March 2026, a local farm owner, through a regional partner, deployed a Solartech solar pumping system to successfully replace a previously damaged water pump