Phaesun Solar charge controller 310133 Manuel D’Utilisation
Codes de produits
310133
Phaesun GmbH · Brühlweg 9 · 87700 Memmingen · Germany · Telefon +49 (8331) 990 42-12 ·
i
nfo@phaesun.com ·
www.phaesun.com
1. Product Introduction
The wind/solar hybrid street light controller is an intelligent apparatus which is specially designed for high-end small-scale
wind/solar hybrid system and especially suitable for wind/solar hybrid street light system and wind/solar hybrid monitoring
system. It can simultaneously control wind turbine and solar panel to charge battery safely and efficiently.
wind/solar hybrid system and especially suitable for wind/solar hybrid street light system and wind/solar hybrid monitoring
system. It can simultaneously control wind turbine and solar panel to charge battery safely and efficiently.
With decent appearance, easy operation, visual LCD display and perfect protection functions, the apparatus has high charge
efficiency, low no-load loss. The system operation shall be safe, stable and reliable. With high cost performance and long
life-span, it has already been accepted by most customers.
efficiency, low no-load loss. The system operation shall be safe, stable and reliable. With high cost performance and long
life-span, it has already been accepted by most customers.
The wind/solar hybrid street light controller is the most critical part in the off-grid street light system, whose performance will
affect the longevity and stability of the whole system, especially the longevity of battery.
affect the longevity and stability of the whole system, especially the longevity of battery.
2. Performance Description
Reliability:
Intelligentized, modularized design, simple mechanism, powerful functions. With industrial range superior components and
strict production technology, the controller can be used in relatively bad working environment and has reliable performance and
long life-span.
strict production technology, the controller can be used in relatively bad working environment and has reliable performance and
long life-span.
PWM Stepless Dumpload Mode:
When the power generated by wind turbine and solar panel exceed battery capacity, the controller will release residual power.
Common control mode is to dumpload all the power. However, the battery is not full actually. That all the power was consumed
via resistors makes resource tremendously wasteful. Even with staging dumpload, it can be just divided into five to six stages,
the effect is still unsatisfied. Our company adopts PWM (Pulse Width Modulation) stepless dumpload mode. In another word,
the controller can dump residual power with division into thousands of stages. It can dump residual power while charging
battery banks, which is benefit to effectively extend battery longevity.
Common control mode is to dumpload all the power. However, the battery is not full actually. That all the power was consumed
via resistors makes resource tremendously wasteful. Even with staging dumpload, it can be just divided into five to six stages,
the effect is still unsatisfied. Our company adopts PWM (Pulse Width Modulation) stepless dumpload mode. In another word,
the controller can dump residual power with division into thousands of stages. It can dump residual power while charging
battery banks, which is benefit to effectively extend battery longevity.
Voltage Limiting and Current Limiting Charge Mode:
When battery voltage exceeds the pre-set dumpload voltage point, the controller will adopt PWM voltage limiting charge
mode. It dumps the excess energy in order to extend the battery longevity. When wind turbine charging current exceeds
pre-set brake current point, the controller will automatically start brake to protect battery. (e.g.: WWS06-48-N: If battery
voltage exceeds charge shutoff voltage or wind turbine current exceeds wind turbine brake current, the controller will
automatically start brake.)
mode. It dumps the excess energy in order to extend the battery longevity. When wind turbine charging current exceeds
pre-set brake current point, the controller will automatically start brake to protect battery. (e.g.: WWS06-48-N: If battery
voltage exceeds charge shutoff voltage or wind turbine current exceeds wind turbine brake current, the controller will
automatically start brake.)
Two DC Outputs Mode:
Each DC output has various control modes for choice, including: Constant on; Constant off; Constant half-power; light-control
on, light-control off; light-control on, time-control off; light-control on, time-control half-power, light-control off; light-control
on, time-control half -power, time-control off. Users can set three output control modes by LCD buttons: constant on;
light-control on, light-control off; light-control on, time-control off.
on, light-control off; light-control on, time-control off; light-control on, time-control half-power, light-control off; light-control
on, time-control half -power, time-control off. Users can set three output control modes by LCD buttons: constant on;
light-control on, light-control off; light-control on, time-control off.
LCD Display Function:
LCD screen can display system status and parameters via intuitionistic digital and graphic form. Such as: battery voltage, wind
turbine voltage, PV voltage, wind turbine current, PV current, wind turbine power, PV power, load current, output control
turbine voltage, PV voltage, wind turbine current, PV current, wind turbine power, PV power, load current, output control