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The Genasun GVB-8 36V Voltage Boost is a specialised MPPT solar charge controller engineered to charge 41.7V lithium battery packs (10S Li-Ion, also acceptable for 12S LiFePO4) from lower-voltage solar panels. Unlike conventional controllers that step down voltage, this boost MPPT elevates panel voltage to precisely match your battery, enabling the use of cost-effective, large-format panels typically rated below battery voltage. This approach reduces overall system cost while maintaining high efficiency.
Designed for mission-critical reliability, Genasun controllers operate in the world's most extreme environmentsfrom Antarctic research stations to high-altitude solar aircraft. Each unit is manufactured in the USA and undergoes comprehensive electrical testing to ensure dependable performance when it matters most.
Standard MPPT controllers often use a "sweep and sleep" algorithm, scanning the panel's power curve every 3060 seconds. This is adequate for stationary panels under clear skies but falls short in dynamic conditions. The Genasun GVB-8 employs a high-speed MPPT algorithm that adjusts to changing light 15 times per second. This rapid tracking is critical for mobile applicationssuch as vehicles, marine vessels, and portable systemswhere shading and orientation change constantly. The result is up to 99%+ tracking efficiency, capturing more energy from every ray of sunlight.
This model is pre-configured with a CC-CV (Constant Current Constant Voltage) charge profile tailored for 10S Li-Ion packs with a nominal voltage of 36V and a charge voltage of 41.7V. The controller delivers a precise, computer-controlled charge cycle that maximises battery capacity and extends service life. With no temperature compensation required for lithium chemistries, the profile remains stable across a wide operating range.
The GVB-8 is encased in a compact, fully potted enclosure that protects against moisture, dust, and vibration. This waterproof MPPT construction makes it ideal for marine, coastal, and off-grid installations where reliability is non-negotiable. The controller operates silentlyno cooling fansand its low electromagnetic emissions ensure compatibility with sensitive communication equipment.
By decoupling panel voltage from battery voltage, the boost architecture allows a single large panel to replace multiple smaller panels wired in series. This not only lowers hardware costs but also simplifies mounting and wiring. The controller's 3/8"-16 (Approx. M10) stud terminals accept heavy-duty lugs up to 4/0 AWG (approx. 95mm), ensuring secure, low-resistance connections for high-current applications.
Equip your system with the Genasun GVB-8 36V Voltage Boost MPPT and experience the difference that precision engineering makes. Whether you're powering a remote sensor, a sailboat, or a critical backup system, this controller delivers the reliability and efficiency you need. Order today and harness every watt from your solar array.
The Genasun GVB-8 36V Voltage Boost is a specialised MPPT solar charge controller engineered to charge 41.7V lithium battery packs (10S Li-Ion, also acceptable for 12S LiFePO4) from lower-voltage solar panels. Unlike conventional controllers that step down voltage, this boost MPPT elevates panel voltage to precisely match your battery, enabling the use of cost-effective, large-format panels typically rated below battery voltage. This approach reduces overall system cost while maintaining high efficiency.
Designed for mission-critical reliability, Genasun controllers operate in the world’s most extreme environmentsfrom Antarctic research stations to high-altitude solar aircraft. Each unit is manufactured in the USA and undergoes comprehensive electrical testing to ensure dependable performance when it matters most.
Standard MPPT controllers often use a “sweep and sleep” algorithm, scanning the panel’s power curve every 3060 seconds. This is adequate for stationary panels under clear skies but falls short in dynamic conditions. The Genasun GVB-8 employs a high-speed MPPT algorithm that adjusts to changing light 15 times per second. This rapid tracking is critical for mobile applicationssuch as vehicles, marine vessels, and portable systemswhere shading and orientation change constantly. The result is up to 99%+ tracking efficiency, capturing more energy from every ray of sunlight.
This model is pre-configured with a CC-CV (Constant Current Constant Voltage) charge profile tailored for 10S Li-Ion packs with a nominal voltage of 36V and a charge voltage of 41.7V. The controller delivers a precise, computer-controlled charge cycle that maximises battery capacity and extends service life. With no temperature compensation required for lithium chemistries, the profile remains stable across a wide operating range.
The GVB-8 is encased in a compact, fully potted enclosure that protects against moisture, dust, and vibration. This waterproof MPPT construction makes it ideal for marine, coastal, and off-grid installations where reliability is non-negotiable. The controller operates silentlyno cooling fansand its low electromagnetic emissions ensure compatibility with sensitive communication equipment.
By decoupling panel voltage from battery voltage, the boost architecture allows a single large panel to replace multiple smaller panels wired in series. This not only lowers hardware costs but also simplifies mounting and wiring. The controller’s 3/8″-16 (Approx. M10) stud terminals accept heavy-duty lugs up to 4/0 AWG (approx. 95mm), ensuring secure, low-resistance connections for high-current applications.
Equip your system with the Genasun GVB-8 36V Voltage Boost MPPT and experience the difference that precision engineering makes. Whether you’re powering a remote sensor, a sailboat, or a critical backup system, this controller delivers the reliability and efficiency you need. Order today and harness every watt from your solar array.
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