1 collector array 1 storage tank 1 pump and auxiliary heating Description: The solar circuit pump (R1) is switched on as soon as the switch-on temperature difference (Ton) between the collector array (T1) and the storage tank (T2) is reached. If the temperature difference between the collector array (T1) and storage tank (T2) drops below the switch-off temperature difference (Toff), or the temperature of storage tank (T3) reaches the preset maximum storage temperature, then the solar circuit pump ( R1) is switched off. Back-up heating by auxiliary boiler (detailed see paragraph 4.3): Within the preset time section of back-up heating, if the temperature T3 is below the switch-on temperature, then the circulation pump ( H1) of back-up heating is triggered, when T3 is heated to the switch-off temperature, circulation pump H1 of back-up heating is ceased.
suitable for split solar heating system |
1. The size of this control box refers to the following dimensions; 2. The control box contains a DC circuit breaker; 3. The incoming and outgoing lines are wired with standard aviation plugs. Features of KE300D-03-01 Solar inverter control pump Excellent cooling performance ...
Come From Shenzhen MICNO Electric Co., Ltd.
All series of iPandee MPPT solar charging controllers incorporate new design concepts, keep up with the development of science and technology, adapt to the needs of cutting-edge off-grid system applications, and adopt our own patented MPPT control algorithm technology, which ...
A scc60amppt (maximum power point tracking) solar charge controller is a device used to optimize the charging of a battery or battery bank from a photovoltaic (PV) solar panel array. Some potential applications for the best 60 amp solar charge controller include: 1. Off-grid ...