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Product DescriptionThe controller adopts software & hardware PWM mode to control the wind turbine and solar module to charge the accumulator. The optimized charge comp-uting method has improved the utilization efficiency of wind and solar energy. By adopting Maximum Power Point Tracking (MPPT) computing method, the utilization efficiency of the solar module has been improved and solar power system resource has been saved. The controller can indicate various operation statuses such as voltage of the accumulator, voltage of wind turbine, photovoltaic voltage, current of wind
turbine, photovoltaic current, power of wind turbine, photovoltaic power and etc.
Product Features
1.Combination of software & hardware PWM control, which can wholly improve
the stability
2.High current and low ripple output, which can be applied for all the situations with
3.high quality requirements of the power supply.
4.Perfect protective function, which can bring higher reliability for the system.
5.Simultaneous real-time monitoring on multiple control systems can be realized;
6.friendly monitoring interface.
Specification
| Rated voltage | 48V |
| Maximum charging current | 100A (30A for wind energy and 70A for solar energy ) Optional Configuration |
| High voltage disconnect | 54.8V, default value, set is available |
| Low voltage disconnect | 42.0V, default value, set is available |
| Start up recovery voltage | 50.4V |
| Temperature compensation | -3mv/cell. |
| No-load loss | ≤40mA |
| Minimum wiring diameter | 10MM2 |
| Circuit voltage drop | <500mv |
| Reverse polarity protection | Solar reverse and accumulator reverse protection |
| Reverse discharge protection | Circuit protection, which can prevent the back discharge of accumulator through the solar module. |
| Short circuit protection | Short circuit protection at the load output terminal of the controller |
| Ripple voltage | ≤200mv |
100A 48V CE/ISO Wind Solar Hybrid System Controller