Product Description
Solar Charge Controller 96V For Charging Battery
Solar energy can be convert in to DC current Solar energy power generation converters with the contribution of power generation that effects solar panels. AC load, inverter, controller, solar energy charge-discharge battery, solar battery array, etc are its applications. This equipment is applicable to charge the accumulator which will supply the electricity in the absence of sunlight.
Application area- It can be install at abandoned areas like mountain, island, pasturing area, etc.
- Can be applicable for transporting system like street light, traffic light, beacon light, etc.
- For communication system we have optical maintenance stations, unattached operation microwave middle station, etc.
- Wind-solar power station, family power house, Photovoltaic power station, factory power station, park charging station, etc are its working applications.
Features of Solar Charge Controller For Charging Battery:- By detecting an accurate terminal voltage it can regulate charging current, for the complete charge for the battery.
- It has a special function that protects the equipment from short circuit, overloading and also prevent anti-wiring
- Multiple-circuit charging-control circuit is adopted at the time of manufacturing
- Status of Controller for users is displayed through LED
- The equipment is suitable for any whether such as humid, hot, cold
- Get isolation by sampling circuit for complete power switch driving circuit.
- Without any disturbance or error, opto isolation stably transfers the control signals.
- Prevent low voltage protection, damage of battery and anti wiring.
- The controller is equipped with surge arrester from inside. Also keep instant high voltage under the bearable voltage of the system. On other side for heavy lightning current directly to the ground to avoid damage of equipment.
Technical Specifications:
| Model | SDC96V-50A |
| Battery | 96V |
| Rated current of each solar energy panel | 26A |
| Maximum voltage of solar energy panel | 168V |
| Maximum Power of the Solar Panel | 5KW |
| 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:-10-40oC Humidity:<80% |
| Stopping charging voltage of solar energy 1 | >116V+1 |
| Resuming charging voltage of solar energy 1 | <115V+1 |
| Stopping charging voltage of solar energy 2 | >114V+1 |
| Resuming charging voltage of solar energy 2 | <113V+1 |
| Connection cable of provided battery(mm2) | >10 |
| Maximum no-load self consume(MA) | 100 |
| Voltage drop between solar energy panel and accumulator | 0.7V |
| Applicable altitude | <1000 m |
Advanced Multistage ChargingUtilizing a smart three-stage charging process (Bulk, Absorption, Float), this controller maximizes battery longevity and ensures rapid yet safe charging. Automatic voltage sensing adapts to 12V or 24V battery banks, making it versatile for a broad spectrum of solar applications.
Robust Protection and ReliabilityEquipped with integrated protection featuresincluding overcharge, overdischarge, short circuit, overload, lightning, and reverse polarity safeguardsthe controller delivers dependable performance even in challenging electrical and environmental conditions. LED indicators provide immediate status and fault information for easy monitoring.
Flexible Installation and Universal CompatibilityDesigned for straightforward wall or panel mounting, this controller is suitable for both residential and industrial solar setups. It supports custom cable lengths and accommodates a variety of battery types, ensuring flexible integration into new or existing solar power systems.
FAQs of Solar Charge Controller For Charging Battery:
Q: How does the multistage charge algorithm benefit my batterys lifespan?
A: The controller utilizes bulk, absorption, and float stages to ensure your battery charges efficiently and safely. This strategy prevents overcharging and sulfation, thus extending the overall battery life and maintaining optimal performance.
Q: What types of batteries are compatible with this controller?
A: This solar charge controller supports Lead Acid, AGM, Gel, and Flooded battery types, making it suitable for many solar power setups in both home and commercial applications.
Q: When should I use a 12V or 24V configuration?
A: The controller features automatic voltage sensing, allowing it to adapt to either 12V or 24V battery systems. Choose based on your solar panel and battery specifications; higher voltage systems are generally preferred for larger installations to reduce cable losses.
Q: Where should I mount the charge controller for optimal performance?
A: For best results, mount the controller on a wall or panel inside a dry, well-ventilated location away from direct sunlight or moisture, as it is IP22 rated and tolerates humidity up to 95% RH.
Q: What is the process for monitoring charging and system faults?
A: The built-in LED indicators display real-time charging status and alert you immediately in case of faults, such as overcharge or reverse polarity, making troubleshooting straightforward.
Q: How is the controller protected from potential electrical hazards?
A: It includes multiple protection types such as overload, short circuit, lightning, overcharge, overdischarge, and reverse polarity protection, ensuring your batteries and solar equipment stay safe.
Q: What are the main benefits of using a microprocessor-based PWM charge controller?
A: Microprocessor control guarantees precise voltage regulation, while PWM technology delivers efficient, reliable charging and minimizes self-consumption (<10mA), maximizing your solar systems usability and energy savings.