A novel alternative Energy solution using Solar and electricity to heat water in existing and new electrical hot water systems. The simplicity of this system means that there is little modification required to an existing electrical hot water system, and makes the installation of a new system as simple as it has always been with grid electrical supply.
USEDASUN utilizes photo voltaic solar panels to generate electricity in an innovative way to heat water, while saving you on electrical bills.
A novel alternative Energy solution using Solar and electricity to heat water in existing and new electrical hot water systems. The simplicity of this system means that there is little modification required to an existing electrical hot water system, and makes the installation of a new system as simple as it has always been with grid electrical supply.
USEDASUN utilizes photo voltaic solar panels to generate electricity in an innovative way to heat water, while saving you on electrical bills.
The use of a boost converter, means less power lost over long distances whilst allowing an easier transmission of power with the boosted voltage. Innovative Maximum Power Point Tracking (MPPT) techniques, increases the energy that is converted into the hot water system. These innovative ideas allow this system to use solar energy more efficiently, reducing the amount of equipment required.
A novel alternative Energy solution using Solar and electricity to heat water in existing and new electrical hot water systems. The simplicity of this system means that there is little modification required to an existing electrical hot water system, and makes the installation of a new system as simple as it has always been with grid electrical supply.
USEDASUN utilizes photo voltaic solar panels to generate electricity in an innovative way to heat water, while saving you on electrical bills.
Any deviations to the above then becomes a non-standard solar geyser controller, and requires a separate quote for the specific application.
The above system is suitable for a family of 4 using the heated water conservatively.
Any additional hot water requirements can be heated by switching over to the grid.
It is important that the panels face north, and have a typical angle of 22°.
Ensure that there are no shadows on the panels during the day, as this will affect energy transfer from the PV panels.
Ensure that the panels are located in a position which allows for easy cleaning of the panels when required.
To read more on how to go about setting this up, download our brochure: Download Brochure