Product Description
Banking on our hi-tech manufacturing unit, we are able to manufacture and export premium quality 96V to 360V Solar Charge Controller that is used for solar devices. In order to manufacture this product as per the set industry standards, we use modern technology and the finest quality components. Offered 96V - 360V Solar Charging Controller undergoes various tests prior to dispatching the delivery from our end to ensure its flawlessness and long service life.
Battery group, PV Combiner box, Off-grid inverter, solar panel array, solar charge controller, etc are the applications of Off-grid Solar power generation system. Solar panel array converts the solar energy to DC energy and charge to the battery b the contribution of charge controller and successfully converts the DC to AC for the loading through off grid inverter.
Sandi Series Solar Charge Controller is one of the best example of Smart PV power system. The product is mainly appreciated for its efficient performance as well as easy to operate with display of LCD. It also has a special feature in which its solar cell cut or adjustment of voltage as per the requirement works automatically. The clients can take full advantage of solar cell resource and also keep battery safe and reliable.
For various power stations we have various voltages that are given below:
24V,48V,96V,120V,192V,220V,240V,60V,480V, etc are different power voltages of off-grid PV power station system project.
Performance Features :-
- PWM multi step sequential limiting current charge method is adopted while the product is manufacturing and also have tendency to adjust battery group voltage.
- Multiple-circuit charging-control circuit with separate killer switch on each circuit is applied on the product while manufacturing.
- The product also has an auto protection function that protects it from electronic overcharge, short circuit and anti-reverse protection
- Also averts battery group reverse charging to the solar array at the abscense of sunshine.
- With the help of big intuitionism LCD screen we can see the status of solar panel as well as controller(the voltage, current, power of solar energy panel and battery)
- Sampling circuit completes the isolation of Power switch driving system. Opto isolation transmits the control signal without any disturbance, rejection
- Inside the controller there is a lightning protection device which unload the heavy lightning current towards the ground, so that the equipment will be safe from lightning surge.
- For all controls it adopts industrial-grade chip, that are applicable in cold, hot or humid condition.
| Model no. | SDC-48-50A | SDC-48-100A | SDC-48-150A | SDC-48-200A |
| solar watts rated | 2.4KW | 4.8KW | 7.2KW | 9.6KW |
| charging current rated | 50A | 100A | 150A | 200A |
| Battery voltage rated | 48V |
| Max. charging current | <75A | <125A | <175A | <225A |
| Over-charge voltage | 57.6V |
| Over-charge recovery voltage | 52.0V |
| Over-discharge voltage | 42.0V |
| Over-discharge recovery voltage | 50.0V |
| Free-load current | "100mA |
| operating ambient temperature | -20oC+50oC |
| Working height sea level | <2000m |
| level of protection | IP20 |
| Dimension L x W x H | 355mm X 380mm X 150mm |
| Net weight | 8.0KG |
Reliable and Efficient PerformanceUtilizing Maximum Power Point Tracking (MPPT) technology, this solar charge controller ensures optimal power conversion and efficiency, delivering up to 98% performance for both home and industrial applications. The controller supports a wide voltage range, maintaining stable operation across multiple system configurations.
User-Friendly Monitoring and AlarmsStay informed through the integrated LCD display and responsive LED/buzzer alarm indications. These features allow users to easily monitor charging status, detect potential issues in real time, and make timely adjustments, safeguarding your solar system investments.
Durable and Flexible Installation OptionsConstructed with a robust metal casing, the controller is designed for wall-mounting in a vertical position, suited to various environments. Cable length and system size can be customized to fit specific project needs, ensuring adaptability across diverse installation scenarios.
FAQs of 96V - 360V Solar Charge Controller:
Q: How does the MPPT function optimize solar energy usage in this charge controller?
A: MPPT, or Maximum Power Point Tracking, continuously adjusts the charging parameters to maximize power extraction from your solar panels, improving energy yield and efficiency regardless of sunlight variations.
Q: What steps are involved in installing the 96V - 360V MPPT Solar Charge Controller?
A: Begin by securely mounting the controller vertically on a wall. Connect the appropriate cables from the solar array and battery bank, following the included wiring schedule, and power up the unit. The LCD display will guide initial configuration to suit your specific voltage and current requirements.
Q: When should the user expect the controllers alarm system to activate?
A: The LED and buzzer alarm indications will activate in cases such as overcharge, overload, short circuit, or abnormal system voltage levels. These alerts prompt users to take corrective action, ensuring the protection of both the controller and connected equipment.
Q: Where is the optimal environment for mounting this charge controller?
A: Install the controller in a clean, dry, and ventilated indoor location, away from direct sunlight and moisture. Ensure there is sufficient space around the unit for airflow to help the integrated fan cooling system maintain optimal temperatures.
Q: What are the main usage benefits of this solar charge controller model?
A: This model offers automatic charging, high efficiency (98%), adaptive compatibility with multiple battery cell series, and robust protection features, making it ideal for reliable, low-maintenance operation in both residential and commercial solar setups.
Q: How does self-consumption of 1W impact overall solar system efficiency?
A: With a self-consumption rating of 1W, this controller minimizes the amount of power it uses for operation, allowing more energy to be stored and utilized from your solar generation, which is especially valuable in energy-conscious applications.