SOLAR CHARGE CONTROLLERS

50A–100A High-Voltage MPPT Solar Controller

Discover the power of our High Voltage MPPT Solar Controller, optimized for 96VDC - 480VDC battery banks. Maximize solar energy utilization with advanced MPPT technology and enjoy scalability through parallel connection.

Product Details

 

Installation Video of High Voltage MPPT Solar Controller

 

  

More Details of High Voltage MPPT Solar Controller

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        1. Working status indicator                                                          6. Communication port 

        2. Vents                                                                                         7. Temperature sensor outlet

        3. PV input                                                                                    8. Antena interface

        4. Battery input                                                                             9. Wall-mounted strips

        5. DC loads output

 

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In an off-grid solar power system project in the desert, the customer installed 4pcs 96V 100A MPPT Solar controllers in parallel. This feature is particularly useful for larger solar energy systems where a single controller may not be sufficient to handle the total solar panel capacity.

 

The parallel connection allows you to connect multiple MPPT controllers together in parallel, effectively pooling their power output and increasing the overall system capacity. When using controllers with parallel capability, each controller operates independently and efficiently tracks the maximum power point for the connected solar panels.

 

Benefits of parallel connection for increasing solar system capacity:

 

Scalability: Parallel connection enables you to scale up your solar energy system without replacing the existing controller. You can add more solar panels and controllers as your energy needs grow.

 

Redundancy: With parallel connection, if one controller fails or requires maintenance, the other controllers in the system continue to operate, ensuring uninterrupted power supply.

 

Optimal Performance: Parallel connection ensures that each solar panel is independently optimized for maximum power output, leading to higher overall system efficiency.

 

Load Balancing: Controllers in parallel can distribute the load evenly, ensuring efficient use of each controller's capacity and minimizing the risk of overloading any single controller.

 

Flexibility: You can use different solar panel configurations and sizes with parallel-connected controllers, allowing for greater flexibility in system design.

 

Robust Load Balancing: Our intelligent parallel connection system ensures balanced distribution of load across all controllers, optimizing their performance and prolonging their lifespan.

 

Flexibility in Design: Mix and match solar panel configurations and sizes effortlessly, tailoring your solar energy system to your unique requirements.

 

 

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FAQ:

Q1: Is the MPPT solar charge controller equipped with advanced features like remote monitoring, or wireless connectivity?

A: Yes, it allows users to monitor the performance and status of their solar system remotely through a computer, smartphone, or other connected devices with Wi-Fi or Bluetooth. With remote monitoring, you can track real-time data, such as solar panel output, battery charge level, and system health, from anywhere with an internet connection. Remote monitoring provides valuable insights into your system's performance and allows for timely maintenance and troubleshooting.

 

Q2: Is the controller compatible with different battery types, such as lead-acid, lithium-ion, or gel batteries?

 

A: Yes. These high voltagesolar charge controllers are designed to be compatible with different battery types, including lead-acid, lithium-ion, gel, and other types of batteries commonly used in solar energy systems. This compatibility is a crucial feature that allows users to choose the most suitable battery technology based on their specific energy storage needs and preferences.

Each battery type has different characteristics and charging requirements, and a good MPPT solar charge controller can adapt its charging parameters accordingly.

 

Q3: What's the lead time for this high voltage MPPT solar controller?

A: It depends on the order quantity. For a sample order, it takes 3 - 5 working days. For bulk quantity orders, 7 - 20 working days are based on different quantities.

 

Q4: What's the warranty of these MPPT solar charge controllers?

 A: Two years warranty 

 

Available Models

Specification 192V-60A 384V-80A 120V-60A 180V-60A 360V-80A 96V-60A 216V-100A 144V-60A 240V-100A 480V-80A
DC Voltage 192V 384V 120V 180V 360V 96V 216V 144V 240V 480V
Rated Power 60A 80A 60A 60A 80A 60A 100A 60A 100A 80A

Technical Specifications

96V–192V / 60A MPPT Solar Charge Controller
Specification GS96L60 GS120L60 GS144L60 GS180L60 GS192L60
Product Category
Controller Type Maximum Power Point Tracking Solar Charge Controller (MPPT)
Maximum MPPT Efficiency ≥99.5%
Cooling Method Forced-air cooling
Lead-acid Battery Voltage Range 72–120V 90–150V 108–180V 135–225V 144–240V
Lithium-ion Battery System 96V 120V 144V 180V 192V
Input Characteristics
Maximum PV Input Voltage 430VDC
Minimum MPPT Voltage Battery voltage + 10V
Start Charging Voltage Battery voltage + 20V
PV Overvoltage Protection / Recovery 430VDC / 425VDC
Rated PV Input Power 6,240W 7,800W 9,360W 11,700W 12,480W
Charging Characteristics
Compatible Battery Types GEL, sealed lead-acid, flooded lead-acid, custom lead-acid, LiFePO4, ternary lithium and other lithium-ion batteries
Rated Charging Current 60A
Charging Method Lead-acid: CC quick charge → CV charge → float charge
Lithium-ion: CC quick charge → CV charge
Load Characteristics
Load Voltage Same as battery voltage
Rated Load Current 60A
Load Control Modes On/Off · Light control · Dual time-period timing · Fixed-time light control
Display & Communication
Display Operating-status indicator or MH-M80 meter
Communication Dual RJ45 / RS485 bus · PC monitoring software
Optional built-in Bluetooth/Wi-Fi module and mobile cloud monitoring
Communication Protocol Standard Modbus or non-standard proprietary protocol
Other Features
Configuration Method PC Software App Meter
Protection Functions PV input/output overvoltage · Undervoltage · PV reverse polarity · Battery reverse polarity · Overtemperature · Overcharge protection
Operating Temperature −20°C to +50°C
Storage Temperature −40°C to +75°C
Ingress Protection IP21
Recommended Battery Breaker ≥80A
Net Weight 17kg
Gross Weight 23.5kg
Product Dimensions 540 × 313 × 187mm
Package Dimensions 635 × 430 × 295mm (wooden box)
216V–480V / 80A–100A MPPT Solar Charge Controller
Specification GS216L100 GS240L100 GS360L80 GS384L80 GS480L80
Product Category
Controller Type Maximum Power Point Tracking Solar Charge Controller (MPPT)
Maximum MPPT Efficiency ≥99.5%
Cooling Method Forced-air cooling
Lead-acid Battery Voltage Range 162–270V 180–300V 270–450V 288–480V 360–600V
Lithium-ion Battery System 216V 240V 360V 384V 480V
Input Characteristics
Maximum PV Input Voltage 660VDC 850VDC
Minimum MPPT Voltage Battery voltage + 10V
Start Charging Voltage Battery voltage + 20V
PV Overvoltage Protection / Recovery 660VDC / 655VDC 850VDC / 845VDC
Rated PV Input Power 23,400W 26,000W 31,200W 33,280W 41,600W
Charging Characteristics
Compatible Battery Types GEL, sealed lead-acid, flooded lead-acid, custom lead-acid, LiFePO4, ternary lithium and other lithium-ion batteries
Rated Charging Current 100A 80A
Charging Method Lead-acid: CC quick charge → CV charge → float charge
Lithium-ion: CC quick charge → CV charge
Load Characteristics
Load Voltage Same as battery voltage
Rated Load Current ≥125A ≥100A
Load Control Modes On/Off · Light control · Dual time-period timing · Fixed-time light control
Display & Communication
Display Operating-status indicator or MH-M80 meter
Communication Dual RJ45 / RS485 bus · PC monitoring software
Optional built-in Bluetooth/Wi-Fi module and mobile cloud monitoring
Communication Protocol Standard Modbus or non-standard proprietary protocol
Other Features
Configuration Method PC software · App · Meter
Protection Functions PV input/output overvoltage · Undervoltage · PV reverse polarity · Battery reverse polarity · Overtemperature · Overcharge protection
Operating Temperature −20°C to +50°C
Storage Temperature −40°C to +75°C
Ingress Protection IP21
Recommended Battery Breaker ≥80A
Net Weight 23kg
Gross Weight 30kg
Product Dimensions 585 × 340 × 272mm
Package Dimensions 680 × 450 × 335mm (wooden box)

Applications

Residential Projects

Residential Projects

Reliable product options for home solar and backup-power systems.

Off-Grid Projects

Off-Grid Projects

Flexible solutions for remote and independent energy systems.

Commercial Projects

Commercial Projects

Product selection support for business and project requirements.

System Matching & Wholesale Support

MOQ: Model-specific
Sample and bulk-order quantity confirmed in quotation
OEM / ODM: Available
Branding, configuration and packaging support
Lead Time: Order-specific
Confirmed after model, quantity and customization review
Warranty: Model-specific
Final warranty terms follow the approved quotation
Documents: On request
Datasheet and available certification documents
Technical Support: Included
Pre-sales selection and after-sales assistance

Related Models

FAQ

The correct model depends on load power, battery-bank voltage, surge demand and operating time. Send us your load list and system requirement for model selection.

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