High voltage 96V 120V 192V 240V 384V 50A 60A 80A 100A MPPT solar controller with parallel connection
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.
QUALITY
WARRANTY
RELIABILITY
CUSTOMIZE
GS-96/120/144/192/216/240L60
GS-120/144/192/216/240L80/100
GS-360/384/480L60/80/100
96V/120V/144V/192V/216V/240V
60A
430VDC
99.5%
Lead acid(AGM, gel, deep cycle), LiFePo4, Li-ion lithium battery
120V/144V/192V/216V/240V
80A/100A
660VDC
99.5%
Lead acid(AGM, gel, deep cycle), LiFePo4, Li-ion lithium battery
360V/384V/480V
60A/80A/100A
850VDC
99.5%
Lead acid(AGM, gel, deep cycle), LiFePo4, Li-ion lithium battery
PRODUCT FEATURES
HIGH VOLTAGE MPPT SOLAR COTNROLLER
HIGH VOLTAGE MPPT SOLAR COTNROLLER
* optimized for 96VDC - 480VDC battery banks
* Max PV voltage 430VDC/660VDC/850VDC models
* Applicable for Lead acid, LiFePo4, Li-ion Lithium battery or customized battery
SCALABILITY WITH PARALLEL FUNCTION
SCALABILITY WITH PARALLEL FUNCTION
* Enjoy enhanced power output,
* Enjoy scalability with the parallel function
SMART MONITORING AND CONTROL
SMART MONITORING AND CONTROL
* Remote monitoring with PC computer
* Remote monitoring with APP
PROTECTION AND SAFETY
PROTECTION AND SAFETY
* Overcharge protection, over-discharge protection, short-circuit protection, overcurrent protection, and temperature protection
Feature
Installation Video of High Voltage MPPT Solar Controller
Technical specifications for 96V 120V 144V 180V 192V 60A MPPT solar charge controller
Model
Gs96L60
Gs120L60
Gs144L60
Gs180L60
Gs192L60
Product category
Controller type
Solar Charge Controller with Maximum Power Point Tracking (MPPT)
Maximum Power Point Tracking Efficiency
≥99.5%
Cooling method
forced air cooling
Lead-acid battery system voltage range
72V~120V
90V~150V
108V~180V
135V~ 225V
144V~240V
Lithium-ion battery system
96V
120V
144V
180V
192V
Input characteristics
Maximum input voltage(Voc.Max)
430 VDC
Minimum MPPT voltage(Vmppt.min)
Vbat + 10V
start charging voltage
Vbat + 20V
Input overvoltage protection/recovery voltage
430VDC/425VDC
Rated input power(W)
6240
7800
9360
11700
12480
Charging characteristics
Applicable battery type
Common lead-acid batteries (SEL, GEL, FLD) and custom lead-acid batteries, custom lithium iron phosphate, ternary lithium, or other lithium-ion batteries
Rated charging current
60A
charging method
lead Acid Battery: CC(Quick Charge)-CV(Constant Voltage Charge)-CF(Float Charge) Li-ion Battery:C(Quick Charge)-CV(Constant Voltage Charge)
Load characteristics
load voltage
Same as battery voltage
Rated load current
60A
load control mode
On/off Light Control Mode, Dual Time Period Timing Control Mode, Fixed Time Light Control Mode
Standard Modbus protocol & non-standard proprietary protocol
Other features
How to set
PC software/APP /Meter
Protections
Input/output overvoltage and Undervoltage protection/ input reverse connection protection/battery anti reverse connection protection / overheating protection/overcharge protection
Operating ambient temperature
20℃~+50℃
Storage temperature
40℃~+75℃
IP(Ingress protection)
IP21
Recommended breaker for battery
≥80A
net weight
17kg
Gross weight
23.5kg
Product Size
540*313*187mm
Package dimensions
635*430*295mm( wooden box)
Technical specification for 216V 240V 360V 384V 480V 80A 100A MPPT solar controller
Model
Gs216L100
Gs240L100
Gs360L80
Gs384L80
Gs480L80
Product category
Controller type
Solar Charge Controller with Maximum Power Point Tracking (MPPT)
Maximum Power Point Tracking Efficiency
≥99.5%
Cooling method
forced air cooling
Lead-acid battery system voltage range
162V~270V
180V~300V
270V~450V
288V~ 480V
360V~600V
Lithium-ion battery system
216V
240V
360V
384V
480V
Input characteristics
Maximum input voltage(Voc.Max)
660VDC
850V
Minimum MPPT voltage(Vmppt.min)
Vbat + 10V
start charging voltage
Vbat + 20V
Input overvoltage protection/recovery voltage
660VDC/655VDC
850VDC/845VDC
Rated input power(W)
23400
26000
31200
33280
41600
Charging characteristics
Applicable battery type
Common lead-acid batteries (SEL, GEL, FLD) and custom lead-acid batteries, custom lithium iron phosphate, ternary lithium, or other lithium-ion batteries
Rated charging current
100A
80A
charging method
lead Acid Battery: CC(Quick Charge)-CV(Constant Voltage Charge)-CF(Float Charge) Li-ion Battery:C(Quick Charge)-CV(Constant Voltage Charge)
Load characteristics
load voltage
Same as the battery voltage
Rated load current
≥ 125A
≥100A
load control mode
On/off Light Control Mode, Dual Time Period Timing Control Mode, Fixed Time Light Control Mode
Standard Modbus protocol & non-standard proprietary protocol
Other features
How to set
PC software/APP /Meter
Protections
Input/output overvoltage and Undervoltage protection/ input reverse connection protection/battery anti reverse connection protection / overheating protection/overcharge protection
Operating ambient temperature
20℃~+50℃
Storage temperature
40℃~+75℃
IP(Ingress protection)
IP21
Recommended breaker for battery
≥80A
net weight
23kg
Gross weight
30kg
Product Size
585*340*272mm
Package dimensions
680*450*335mm( wooden box)
More Details of High Voltage MPPT Solar Controller
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
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.
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
WORKING DIAGRAM FOR HIGH VOLTAGE MPPT SOLAR CONTROLLER
A. ONE MPPT CONTROLLER FOR ONE SOLAR POWER SYSTEM
The working principle of a High Voltage MPPT (Maximum Power Point Tracking) Solar Controller involves advanced technology and control algorithms to optimize the efficiency of a solar system with a battery bank voltage ranging from 96VDC to 480VDC.
By employing MPPT technology, the High Voltage MPPT Solar Controller ensures efficient energy conversion, maximizing solar energy utilization and contributing to a more sustainable and eco-friendly energy solution.
B. SCALABILITY WITH PARALLEL FUNCTION
When a high-voltage MPPT solar controller is connected with an RS485 cable for parallel function, the working principle involves communication between multiple controllers to achieve enhanced power output and system scalability. Here's how it works:
Parallel Connection: Each high-voltage MPPT solar controller is connected to its respective solar panel array and battery bank. These individual controllers work independently to regulate the charging of their connected battery banks and optimize solar power output from their respective solar panels.
RS485 Communication: The high-voltage MPPT solar controllers are connected in parallel using an RS485 communication cable. RS485 is a communication protocol that allows data transmission between multiple devices over a single cable.
Master-Slave Configuration: In a parallel setup, one of the MPPT solar controllers is designated as the "Master," while the others are set as "Slaves." The Master controller takes the lead in controlling and coordinating the charging process and system operation.
MPPT SOLAR CONTROLLER USED IN A SOLAR POWER SYSTEM
SCALABILITY WITH PARALLEL FUNCTION
APPLICATION FOR HIGH VOLTAGE MPPT SOLAR CONTROLLER
The High Voltage MPPT Solar Controller's versatility and wide voltage range make it suitable for diverse applications, ranging from small-scale residential systems to large-scale commercial and industrial installations. Its efficiency, scalability, and reliability make it an essential component in off-grid and remote power solutions, contributing to a more sustainable and eco-friendly energy future. Some common applications include:
Commercial and Industrial Solar Systems: The high-voltage MPPT solar controller is ideal for large-scale commercial and industrial solar installations. It efficiently regulates the charging of battery banks connected to solar panels in systems with higher voltage requirements.
Solar Microgrids: In solar microgrid setups, the high-voltage MPPT solar controller is used to manage power generation, storage, and distribution in a self-contained system. It optimizes solar energy utilization, ensuring a stable power supply to remote communities and facilities.
Telecom Base Stations: High voltage MPPT solar controllers are deployed in telecom base stations to power critical communication equipment. These controllers efficiently charge the battery banks and provide reliable backup power during grid outages.
Remote Off-Grid Applications: The high voltage MPPT solar controller is well-suited for off-grid applications, such as remote research stations, weather monitoring stations, and water pumping systems. It efficiently harvests solar energy to provide continuous power in isolated locations.
Agricultural Applications: In agriculture, the high-voltage MPPT solar controller is used to power irrigation systems, electric fencing, and other farm equipment, ensuring a sustainable and reliable energy source for farming operations.
Remote Monitoring and Surveillance: The controller is utilized in remote monitoring and surveillance systems, providing power to surveillance cameras, sensors, and communication equipment in off-grid or hard-to-reach areas.
Energy Storage Systems: The high voltage MPPT solar controller is integrated into energy storage systems, optimizing the charging and discharging of batteries to store excess solar energy for later use.
Large-Scale Solar Farms: In utility-scale solar farms, the high voltage MPPT solar controller is employed to efficiently manage solar panel arrays and battery banks, enhancing the overall performance and grid integration of the system.
Commercial and Industrial Solar Systems
Industrial Solar Storage System
Solar Microgrids
solar Agricultural Applications
Large Scale Solar Farms
Telecom Base Stations
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