LS2024100BPL 20A 12/24VDC Solar Charge Controller with built-in LED driver
- Model
- LS2024100BPL
Item specifics
- System nominal voltage
- 12/24vdc
- Rated charge current
- 20A
- Max. PV open circuit voltage
- 60V
- Battery input voltage range
- 9V~32V
- Output current control accuracy
- ≤30mA
- Working environment temperature
- -40℃～+55℃
- Battery type
- Sealed / Gel / Flooded / User LiFePO4/Li-NiCoMn/Us
- Self-consumption
- ≤11mA(12V)；≤9mA(24V)
- Enclosure
- ip67
- Max. output efficiency
- 96.7%
Product review
Description
Features:
•Adopt high quality components of ST,IR and Infineon, make sure product using lifespan
•Product Highlights
•PWM charging mode
•LED load dimmer function
•Battery type selection: Sealed, Gel, Flooded and User(programmable)
•Multiple load control modes
•Extensive electronic protection
•RS485 communication port to realize IOT monitor
•IP67 protection class
Electronic protections:
• PV reverse polarity protection • Battery over voltage protection
• Battery over discharge protection • Battery reverse polarity protection
• Battery overheating protection • Load short circuit protection
• Lithium battery low temperature protection
Installation and Wiring:
Display
Configuration
Application
Load working mode:
• Manual Control • Light ON/OFF (default) • Light ON + Timer
• Real-Time Control • Intelligent Power Mode
Product parameters:
Specifications:
Project case:
Solar Home System
Solar home system are typically used for home photovoltaic power generation system, to solve electricity demand of none power or unstable power region. Also the power level rage is between hundred watts to kilowatts.
Solar Street lights System
Solar Street lights System are typically used for street lightning of cities, villages, the intelligent streetlight system will remote monitoring all street lamps to reduce the operation and maintenance costs of system.
Hybrid Energy System
The Hybrid energy system contains solar, wind, diesel and city electricity energy system. The system will meet the load demand of electricity in villages, islands, and telecom stations to reduce the system cost and improve the replenishment ratio of system.
