100 Amp Mppt Solar Charge Controller, 96V

SKU: PH-MPPT-100
$456.34
● Leading the way to the future of green energy, our 100 amp MPPT charge controller is ideal for your solar system. ● Featuring up to 100 amps of rated charging current for 96VDC system voltage. ● With advanced MPPT technology, tracking efficiency of up to 99.5% ensures maximized solar energy utilization. ● Multiple battery type compatibility, including lead-acid and lithium batteries. Static loss as low as 83mA/96V, ensuring efficient system operation.
🚚 Free shipping
⏱️ Delivery: 6-12 days
🔙 30-day Returns
Overview

PowerHome introduce 100 Amp MPPT solar power charge controller with 100A rated charging current for 96VDC system.Solar power charge controller is designed with high efficiency to support charging power up to 10400W/96V. MPPT controller is suitable for all kinds of lead-acid and lithium batteries, which offers wider applicability. Suitable for all types of lead-acid and lithium batteries, providing a wider range of applications. Up to 99.5% tracking efficiency and 97.5% maximum conversion efficiency to ensure maximum energy conversion.Solar system charge controller temperature compensation system can realize accurate charging control, static loss is only 83mA/96V, to ensure the long-term stable operation of solar system.

100 amp mppt solar charge controller feature

Feature

  • Multiple Protections: This mppt charge controller is equipped with a series of comprehensive protection mechanisms to protect the solar system from overcharging, overdischarging, reverse polarity, short circuit and overcurrent, ensuring optimal safety and longevity.
  • Intelligent Control: Using advanced algorithms and smart technology, the MPPT solar controller intelligently regulates voltage and current to optimize charging efficiency and improve overall system performance.
  • Efficiency up to 99.5%: Minimizes energy loss during the charging process and efficiently converts it into usable electricity.
  • Easy Installation: Designed for user-friendliness, the installation process is simple and intuitive, requiring no complex wiring or specialized tools to install, allowing you to quickly deploy and expand your solar power system.
 

Details

  1. Dual Channel Cooling Fan: Equipped with two independent cooling fans for efficient heat dissipation and prolonged system lifespan.

  2. Cooling Vents: Strategically placed vents ensure effective cooling, ventilation, and add aesthetic appeal to your setup.

  3. LED Display: User-friendly interface allows for easy operation and language switching between Chinese and English.

  4. RS485 Communication Protocol: Enables seamless communication, supports WiFi remote monitoring, and external screen control for enhanced functionality.

80 amp mppt solar charge controller detail

Installation Distance of MPPT Solar Charge Controller

MPPT charger controller installation distance

Description Safe Distance
Left/Right Direction >20cm
Up / Down Direction >30cm

Note: Observe the following safety clearances and ensure that other equipment or objects do not fall within this range to ensure adequate space for heat dissipation.

MPPT charge controllers maximum power point tracking curve

MPPT Solar Charge Controller Maximum Power Point Tracking Curve

As shown in the figure above, it is the maximum power point tracking curve of Power Home products, in which the shaded part is the working range of traditional controller, from the figure, it can be clearly judged that the MPPT algorithm can effectively improve the utilization efficiency of solar arrays. According to the test comparison, our company's MPPT charge controller than the PWM solar charge controller can enhance the utilization efficiency of solar arrays by 20% to 60%: (According to different use of environmental background, the efficiency varies.)

Specs
Rated Charging Current 100A
Rated System Voltage 96VDC
Rated Charging Power 10400W/96V
Controller Working Voltage Range 72~128V
Lead-acid Battery Type Maintenance-free (default); Colloidal; Liquid
Lithium Battery Type Lithium Iron Phosphate; Lithium Ternary
Maximum Open Circuit Voltage of Photovoltaic Module 250V (at lowest temperature); 225V (at 25°C)
Maximum Power Point Operating Voltage Range 128~250VDC
Tracking Efficiency ≥99.5%
Maximum Conversion Efficiency 97.50%
Temperature Compensation System -3mV/°C/2V
Static Loss 83mA/96V
Protection Function PV input anti-reverse connection protection, battery input reverse connection protection, battery overcharge protection, battery undervoltage protection, battery over-temperature protection, machine over-temperature protection
Heat Dissipation Air-cooled
Communication Mode RS485
Liquid Crystal Backlight Time Default 60s, backlight mode can be set
Operating Ambient Temperature Range -20℃~50℃
Storage Temperature Range -40℃~70℃
Relative Humidity Range 0~90%RH
External Dimension 275*348*109mm
Recommended Wiring 2AWG/35mm2
Net Weight 5.2kg
Application
mppt charge controller for phone

Home

mppt charge controller for PV system

PV System

mppt charge controller for home

RV Solar Controller

mppt charge controller for yacht

Yacht

FAQ

Q1: Why do I need a 100 amp MPPT solar charge controller?

100 amp MPPT solar power charge controllers are suitable for large solar cell systems to handle high power inputs and ensure maximum charging efficiency. For applications that need to handle large amounts of solar current, such as domestic, commercial or industrial use, choosing a 100 amp controller ensures that the system operates efficiently.

Q2: How is an MPPT charge controller different from a PWM controller?

MPPT controllers adjust the voltage and current by tracking the maximum power point of the solar array to achieve higher charging efficiency. In contrast, PWM (Pulse Width Modulation) controllers output at a fixed voltage and reduce the solar voltage to the battery's desired charging voltage.MPPT controllers typically perform better under varying light conditions because they can dynamically adjust to maximize charging efficiency.

Q3: How do I install and use a 100 amp MPPT solar charge controller?

The installation process involves connecting the solar array, batteries, and loads, and ensuring that the controller's parameters, such as charging voltage and overload protection, are set correctly. During use, monitor the solar system charge controller's display to ensure proper operation, and periodically check connections and ensure the solar system is in good condition. For detailed installation and operating instructions for a specific model, refer to the mppt charge controller's user manual.

0.0 0
Write your own review Close
*
*