Specifications:

Solar Section:
Rated Charging Current: 30A
Input Voltage Range for PV: 36V-150V
Maximum Input Power for PV: 500W
Conversion Efficiency: 98%
System Voltage: 24V
Wind Section:
Rated Charging Current: 20A
Rated Input Power: 300W
Conversion Efficiency: 95%
System Voltage: 24V
Frequency Inverter Section:
Rated Output Power: 1000W
Maximum Output Power: 1200W
No Load Input Consumption: uff1c0.3A
Input Voltage Range: 20V-31V
Output Voltage Range: 110V/220V ±5%
Operating Frequency: 50/60Hz
Conversion Efficiency: uff1e92%
Operating Temperature Range: uff1c55℃
Maximum THD: ≤3%
Output Circuit Protection: Yes

Features:

"1.MPPT control and BOOST circuit: The BOOST boost structure design is adopted, which can increase the voltage to a range suitable for charging even under low input voltage conditions, maximizing the utilization efficiency of wind energy.
2. Intelligent MPPT algorithm: Equipped with advanced MPPT technology, it can adjust the output power according to the real-time wind speed. When the wind turbine speed reaches 10RPM, the MPPT function is automatically enabled to ensure power generation efficiency.
3. Wide voltage input range: Supports output voltage of 43.3V to 57.6V, especially suitable for 48V gel batteries to prevent overcharging or undercharging.
4. Maximum charging current 40A: Supports a charging current of up to 40A to ensure that the battery can be charged quickly when wind conditions are good.
5. Wind speed protection and PWM adjustment brake function:
1. Wind speed protection: The system has a wind speed monitoring function. When the wind speed is too high, the brake is automatically triggered to prevent the generator from running at an excessive speed and avoid damage to the equipment and battery.
2. PWM adjustment brake: The brake is adjusted using PWM (pulse width modulation) technology. Precise control: When the fan speed is too fast or the battery is overcharged, the brake force is gradually adjusted to prevent excessive mechanical stress and extend the service life of the generator and system.
6. Automatic heat dissipation management: According to the temperature and power requirements, the fan is intelligently controlled to start to ensure the stable operation of the equipment under high load.
7. Multiple protection functions: built-in low voltage alarm, high voltage alarm, over-temperature protection, short circuit protection, etc., to ensure the safe operation of the wind power generation system in harsh environments.
2.2 Photovoltaic controller
1. MPPT control and BUCK circuit: The BUCK step-down circuit design is adopted to reduce the output voltage of the high-voltage solar panel to a range suitable for battery charging, ensuring efficient conversion and utilization of electricity.
2. Intelligent MPPT tracking: With dynamic MPPT function, it can quickly respond to changes in solar lighting conditions, track the maximum power poin of the solar panel in real time, and improve power generation efficiency. The MPPT function is automatically enabled to ensure all-weather optimized power output.
3. Efficient charging management: supports photovoltaic panel input with a maximum rated power of 2000W . For example, using two 550W photovoltaic panels with an open circuit voltage of 49.9V, they can be connected in series to form a 1000W system. If four photovoltaic panels are connected in two series and two parallel, the system rated power can reach 2000W, making full use of photovoltaic resources to efficiently charge the battery and ensure the best power conversion effect under various configurations. With this design, the system can flexibly respond to different photovoltaic panel configurations, effectively improving charging efficiency and power generation capacity.
4. Maximum charging current 40A: The photovoltaic controller supports a maximum charging current of 40A, ensuring that the photovoltaic panel can charge the battery efficiently and quickly under good lighting conditions.
5. Anti-battery voltage backflow function: Equipped with a voltage backflow protection mechanism, it effectively prevents the battery voltage from backflowing to the photovoltaic panel at night or when there is insufficient light, protecting the safety of system components and avoiding damage to the battery.
6. Battery protection and charging efficiency: With precise voltage detection and intelligent current management functions, it can automatically adjust the charging current according to the battery charging status to prevent overcharging or over-discharging and extend the battery life .
7. Dynamic power regulation: Automatically adjust the charging power according to the light intensity and battery status to avoid unnecessary power loss or damage caused by changes in light.
8. Intelligent heat dissipation and protection function: Integrated over-temperature protection, low-voltage and high-voltage recovery and start-up functions to ensure stable operation of the system under high load or harsh environment.
2.3 Power frequency inverter
1. High power output: The inverter supports an output power of up to 4500W, which is suitable for continuous use of high-power equipment and meets the needs of off-grid power systems.
2. Comprehensive protection mechanism: Integrated low-voltage, high-voltage alarm, over-temperature alarm and short-circuit protection functions to ensure normal operation of the system under extreme conditions.
3. Intelligent recovery and start-up function: When the voltage is abnormal, the inverter can automatically resume normal operation to improve system reliability.
2.4, integrated intelligent control and human-machine interface
1. Integrated control system: Wind power generation, photovoltaic power generation and inverter systems are seamlessly combined to simplify equipment installation and use processes through centralized management.
2. Capacitive touch screen human-machine interface: Equipped with 4.3-inch IPS capacitive touch screen, real-time display of system operating parameters (such as charging current, voltage, temperature, power, etc.), provides a simple user interface, easy to manage and monitor the system.
3. Intelligent heat dissipation management: The system automatically adjusts the fan start-up according to temperature and power to ensure the safe operation of the equipment under high temperature or high load conditions.
4. Flexible system configuration: supports a variety of battery pack configurations, suitable for a variety of application scenarios such as household electricity, off-grid power stations, etc.
5. Optional 485 peripheral interface: The control system can be equipped with an RS485 interface to facilitate communication with other devices, support the connection of multiple external devices, and improve the scalability of the system.
6. Optional remote monitoring function: The system supports remote monitoring. Users can view operating parameters and operating status through the Internet of Things (IoT) platform to monitor the health and performance of the system in real time. "

Package Included:

1 x Wind and Solar Controller-Inverter Integrated Machine