Genasun Waterproof MPPT Voltage Boosting Solar Controller for Lead Acid Batteries with Aptiv Connectors

SKU
ZGN-GVB-8PB-12V-WPGP
$149.95
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Genasun Waterproof MPPT Voltage Boosting Solar Controller for Lead Acid Batteries with Aptiv Connectors

The Genasun GV-8 Lead Acid Waterproof solar controller is an excellent choice for anyone who needs a high-quality, efficient, and reliable solar charge controller for their lead-acid battery system in a harsh, wet or marine environment. Here are some reasons why:

  • Waterproof Design: The GV-8 Lead Acid Waterproof controller is designed with a fully waterproof and dustproof casing, making it ideal for use in wet and harsh outdoor environments. It can handle exposure to rain, saltwater, and other moisture and humidity without any damage.

  • Designed for Lead Acid Batteries: The GV-8 Lead Acid Waterproof controller is specifically designed to work with lead-acid batteries, which have different charging requirements than LiFePO4 batteries. It uses advanced algorithms to optimize the charging process and ensure that your batteries are charged safely and efficiently.

  • High Efficiency: The GV-8 Lead Acid Waterproof controller boasts an impressive 99% efficiency rating, which means that it converts nearly all of the power generated by your solar panels into usable energy for your batteries.

  • Advanced MPPT Technology: The GV-8 Lead Acid Waterproof controller uses advanced Maximum Power Point Tracking (MPPT) technology to maximize the amount of energy your solar panels produce, ensuring that your batteries are charged as efficiently as possible.

  • Intelligent Battery Management: The GV-8 Lead Acid Waterproof controller includes a number of built-in safety features to protect your batteries from overcharging and over-discharging, ensuring that they have a long and reliable lifespan.

  • Easy to Install and Use: The GV-8 Lead Acid Waterproof controller is designed for easy installation and setup, with a simple and intuitive user interface that makes it easy to monitor and control your solar power system.

Overall, the Genasun GV-8 Lead Acid Waterproof solar controller is a top-quality choice for anyone who needs a reliable and efficient solar charge controller that can handle the harsh and wet environment. Its waterproof design, specialized design for lead-acid batteries, high efficiency, advanced MPPT technology, intelligent battery management, and user-friendly interface make it an excellent investment for anyone who wants to power their life with solar energy in wet or marine environments.

  • Aptiv connectors for direct use with powerfilm panels!
Specifications GVB-8-Pb-12V-WP
Specifications GVB-8-Pb-12V-WP
Battery Type: 12V Lead-Acid
Maximum Recommended Panel Power:1 105W
Rated Panel (Input) Current:1 8A
Max Recommended Panel Vmp: 13V
Max Input (Panel) Voltage: 60V
Recommended Max Panel Voc at STC: 50V
Input Voltage Range: 0-60V
Minimum Input (Panel) Voltage for Charging: 5V
Maximum Input Short Circuit Current:1,2 8A
Maximum Input Current:3 15A
Nominal Battery Voltage 12V
Minimum Battery Voltage for Operation: 9.5V
Trickle Charge to Recover Dead (0V) Battery: Yes
Operating Temperature: -40°C – 85°C
Max Full Power Operating Ambient:4 70°C
Charge Profile: Multi-Stage with Temperature Compensation
Bulk Voltage: 14.4V
Absorption Voltage: 14.2V
Absorption Time: 2 Hours
Float Voltage: 13.8V
Re-Absorb (Re-Bulk):5 12.5V
Battery Temperature Compensation (referred to 25°C): -28mV/°C
Electrical Efficiency: 95%-97% typical
Standby Consumption: 7mA
MPPT Tracking Speed: 15Hz
Connection: Flying Leads, 16 AWG tinned wire, pre-stripped
Weight: 10.3oz (290g)
Dimensions: 5.5" x 3.2" x 2.2" (14cm x 8.1cm x 5.5cm)
Environmental Protection: IP68 (Waterproof)
Warranty: 5 years
Certifications: CE, FCC, and RoHS
1: Panel ratings have increased since we designed the GVB-8-WP. Although we don't believe in changing specifications without a corresponding engineering change, based on both our customers' experiences over the years as well as the headroom we designed into the GVB-8-WP, we feel comfortable recommending the GVB-8-WP for panels with Imp up to 9 A.
2: Panel Isc. Max input power and maximum input voltage requirements must also be respected.
3: Max current that the controller could draw from an unlimited source. This specification is not intended for determining PV input.
4: Max ambient temperature for full operating power.
5: If the battery voltage drops below this point, the controller will attempt to run an absorption cycle. Otherwise, it will charge to the float voltage.
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