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Solar Controller For PV System
4900.00 - 5500.00 USD ($)
Product Details:
- Input Voltage DC 12V / DC 24V
- Efficiency Up to 95%
- Product Type Solar Charge Controller
- Material ABS Plastic, Electronic Components
- Number of Cells Dependent on PV array configuration
- Power 12V/24V Auto Recognition, up to 30A
- Max Voltage 30V (for 12V) / 50V (for 24V)
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Solar Controller For PV System Price And Quantity
- 1 Piece
- 4900.00 - 5500.00 USD ($)
- Charging/Discharging/Status LEDs
- 30A
- LCD Digital Screen
- IP22
- 10mA
Solar Controller For PV System Product Specifications
- 30V (for 12V) / 50V (for 24V)
- PWM (Pulse Width Modulation)
- Solar PV Systems, Battery Charging
- PWM Technology
- Approx. 15cm x 8cm x 4cm
- DC 12V / DC 24V
- 50V
- Compact
- ABS Plastic, Electronic Components
- Dependent on PV array configuration
- 12V or 24V
- Solar Charge Controller
- Black
- 300g to 350g
- 12V/24V Auto Recognition, up to 30A
- Up to 95%
- Charging/Discharging/Status LEDs
- 30A
- LCD Digital Screen
- IP22
- 10mA
Solar Controller For PV System Trade Information
- Ningbo/ Shanghai
- 6000 Piece Per Month
- 7 Days
- Yes
- Contact us for information regarding our sample policy
- Packing of Solar Controller For PV System is strong honeycomb carton
- Eastern Europe, Middle East, Western Europe, Africa, Central America, South America, Asia, North America, Australia
- CE(EMC&LVD), SAA(AS4777&AS3100), G83, G59, VDE ARN 4105, UL1741, CSA22.2, ISO9001
Product Description
Solar Controller 192V For Pv System
Solar energy power generation converts solar energy to DC current through the power generation effect of solar panels. Solar energy power supply system consists of solar battery array, solar energy charge-discharge controller, battery, inverter, AC load, etc. With sunshine, solar energy panels converts solar energy to electric energy, charge the accumulator through the solar energy charge-discharge controller,and supply power to inverter as well .Without sunshine, the accumulator can supply power to inverter.
Features:
- Regulate the charging current by accurate detecting of terminal voltage, to ensure the battery full charge.
- Full automatic control includes overcharging, short circuit, overload protection and prevention of anti-wiring.
- Adopt multiple-circuit charging-control circuit.
- LED indicates the current status of controller for users.
- All control with industrial chips can run in cold, high temperature and damp surroundings
- Power switch driving circuit is completely isolated from sampling circuit. The control signals is transmitted by opto isolation, with super-high disturbance rejection and stability.
- Overcharge protection, low-voltage protection, prevention of anti-wiring and damage of the battery.
- Prevent anti-charging from battery to solar panel at night.
- The inside of the controller is equipped with surge arrester. Contain the instantaneous over voltage under the bearable voltage of the system. On another way, to conduct the strong lightening current to the ground directly to avoid any damage of equipment.
Specification:
| Model | SDC192V-60A |
| Battery | 192V |
| Rated current of each solar energy panel | 30A |
| Maximum voltage of solar energy panel | 336V |
| Maximum Power of the Solar Panel | 11KW |
| Number of solar energy panel array | 2 circuits |
| Method of working | Working continuously |
| Function | Charging and control |
| State display | LED |
| Protection class | IP30 |
| Operating environment | Temperature: -10-40 oC |
| Stopping charging voltage of solar energy | <232V+3 |
| Resuming charging voltage of solar energy | <230V+3 |
| Connection cable of provided battery(mm2) | >10 |
| Maximum no-load self consume (MA) | 300 |
| Voltage drop between solar energy panel and accumulator | 0.7V |
| Applicable altitude | <2000 m |
Advanced LCD Digital Display
The controller is equipped with an LCD digital screen that offers real-time system statistics, including voltage, current, and operating status. This clear display makes it easier for users to monitor system performance and troubleshoot issues promptly. Indicator LEDs show charging, discharging, and overall status, giving additional visual feedback at a glance.
PWM Technology for Enhanced Efficiency
Utilizing PWM (Pulse Width Modulation) technology, the controller achieves up to 95% efficiency in battery charging and load management. This precise modulation extends battery lifespan, prevents overcharging, and optimizes energy harvest from the PV array, making it suitable for use in diverse environments and under varying load conditions.
Auto Recognition for 12V/24V Systems
Designed for user convenience, the controller automatically detects and switches between 12V and 24V systems. This feature simplifies installation and makes the device compatible with a wide range of solar PV setups. The controller manages input voltages up to 30V for 12V systems and 50V for 24V systems.
FAQs of Solar Controller For PV System:
Q: How does the Solar Controller determine whether to operate in 12V or 24V mode?
A: The Solar Controller features automatic voltage recognition. Upon installation, it detects the connected battery systems voltage and seamlessly switches between 12V and 24V operating modes without manual intervention.Q: What benefits does the LCD digital screen provide for monitoring the PV system?
A: The LCD digital screen displays essential system information such as voltage, current, and battery status. This real-time monitoring helps users quickly assess system health, efficiency, and diagnose potential issues, enhancing operational reliability.Q: What protection features are included in this solar controller?
A: This controller is rated IP22 for protection against dust and dripping water. It also offers built-in indicators for charging, discharging, and system status, helping safeguard against common faults. PWM technology further protects batteries from overcharging and deep discharging.Q: Where can this solar controller be used effectively?
A: The controller is suitable for solar PV installations in residential, agricultural, commercial, and off-grid settings across India. Its compact design and compatibility with various PV array configurations make it adaptable for different requirements and environments.Q: What process is involved in installing the solar controller in a PV system?
A: Installation involves connecting the controller between the PV array and battery bank, ensuring correct polarity. The controller auto-detects the system voltage (12V or 24V), and the LCD along with indicator LEDs assist the user in verifying connections and monitoring operation.Q: How does PWM technology benefit battery charging in this controller?
A: PWM technology precisely regulates the charging process, maintaining current and voltage at optimal levels. This reduces heat, enhances charging efficiency up to 95%, and significantly extends battery lifespan, which is especially advantageous in solar applications.Q: What usage scenarios are best suited for this solar controller?
A: It is ideal for managing battery charging in small to medium solar PV systems, including homes, farms, remote monitoring stations, and portable solar units. Its robust build and efficient performance ensure consistent power management in diverse operational settings.Tell us about your requirement
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ZHEJIANG SANDI ELECTRIC CO.,LTD
Contact Details
- Building 13-2 Botong Huigu, No. 66 Binhai South Four Road, Yueqing Economic Development Zone, Yueqing - 325604, Zhejiang, China
- Phone : 86-577-62776918
- Ms Carrie Lu (Foreign Trade Manager)
- Mobile : +8613175696608
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