A HIGH HEAD SOLAR POWERED FLUID PUMP WITH LOW DISCHARGE
The embodiments of the present invention provide a system and method for operating a solar powered high-head low-discharge pump without impeller for non-centrifugally transporting the fluid. The system has a pump enclosed in a water-proof floatation device that floats at the surface of the fluid. The center of gravity of the system is arranged just below the surface of the liquid. When the fluid in a tank reaches a threshold value, the system automatically activates the pump and transports fluid from the sump to the tank the system has a solar panel, a low power high head low discharge pump, a control device, and a plurality of liquid level sensors. The plurality of liquid level sensors is configured to detect a liquid level in a sump and in a tank.