The 10A Rover Boost charge controller is a unique solution that allows you to charge 36V or 48V battery banks with 12V or 24V low voltage solar panels—specially designed for golf carts and electric vehicles. Increase your driving mile range and battery life using the power of solar and the Rover Boost.
Engineered to boost the panel's voltage while maintaining high-speed MPPT Technology Tracking, the Rover Boost is one of the industry's most powerful controllers perfectly suitable for limited spaces. With minimal configuration needed, the Rover Boost is preset to charge lead-acid and lithium batteries and supports the latest Renogy Bluetooth monitor giving you the option for remote monitoring and setting adjustments via smartphone.
PRODUCT HIGHLIGHTS
99% MPPT Charging Efficiency
Advanced MPPT Technology with minimum 99% tracking efficiency and 90% charge conversion efficiency for 4-stage battery charging (Bulk, Boost, Float, and Equalization) with charging.
36V/48V Automatic System Recognition of Lead Acid Batteries
4-preset battery charge profiles for AGM/Sealed, Gel, Flooded, and Lithium. User mode also available for a wide variety of applications. User mode also available for customizing charging.
Real-Time Bluetooth Monitoring
By adding the Renogy ONE M1 to your system via the BT-2 Bluetooth Module (sold separately), Wi-Fi connectivity uploads energy status to the data cloud while you're out to explore, and you can monitor the system in real time with your phone, wherever you are.
LED Indicators
Multi-Function LEDs display system information and identify any errors.
Note: More questions about your off-grid power system? Learn more from Renogy Learning Center!
How to Charge a 36V/48V Battery Bank With a 12V Solar Panel?
To charge a 36V/48V battery bank using a 12V solar panel and either a PWM or MPPT charge controller, the solar panel's voltage should ideally be higher than 36V/48V. However, in certain situations where you only have a single 12V or 24V solar panel available to charge a 36V or 48V battery bank, such as in compact spaces like a golf cart, you can use the Renogy 10A Rover Boost charge controller. This controller is designed to boost the lower solar voltage to effectively charge a high-voltage battery bank.
Can I Use 2 x 100W Panels With This Controller?
Yes, you can use two 100W panels with this controller. The rated solar input for 36V batteries is 500W, and the solar input voltage should not exceed 25VDC. For 48V batteries, the rated solar input is 650W, and the solar input voltage should not exceed 40VDC. When connecting the panels, it's recommended to wire them in parallel.
What Is the Connection Order and Operations for My Solar System?
An off-grid solar system typically includes solar panels, a charge controller, batteries, an inverter, a Bluetooth module, and wiring. Here's the order of connections and operations:
Connect the battery to the charge controller using tray cables.
Then, connect your solar panels to the charge controller using adapter kits.
After making these wiring connections, set your battery type using the SET button on the controller. The controller will take care of the rest. You can find the LED Indicators and SET buttons on the OUTPUT side of the Rover Boost.
What Type of Protection Does the Rover Boost Charge Controller Offer?
The Rover Boost Charge Controller provides various types of protection:
Battery Protection: Over Discharge protection, Over Voltage protection, Reverse Polarity protection
Load Protection: Overload protection, Short Circuit protection, Overheating protection
PV (Solar Panel) Protection: Over Current Protection, Short Circuit protection, Reverse Polarity protection, Battery overheating protection
What Wattage Can the Renogy Rover Boost 10A Charge Controller Handle?
The Rover Boost charge controller is compatible with standard off-grid 12/24V solar panels and can handle PV Input Power up to 500W for 36V batteries and 650W for 48V batteries. The Solar Input Voltage Range (VOC) is 15 ~ 25VDC for 36V systems and 15 ~ 40VDC for 48V systems.
What Does the 10A Rating on an MPPT Charge Controller Mean?
The "10A" rating on an MPPT (Maximum Power Point Tracking) charge controller indicates the maximum output current that the controller can deliver into the batteries. It represents the maximum amps that can flow from the controller to charge the batteries.
Recommended Wiring Gauge and Ring Terminal Sizes?
The Rover Boost charge controller accepts ring terminals or lugs. Ensure that ring terminals used comply with the instructions provided in the manuals for proper installation and compatibility.
The 10A Rover Boost charge controller is a unique solution that allows you to charge 36V or 48V battery banks with 12V or 24V low voltage solar panels—specially designed for golf carts and electric vehicles. Increase your driving mile range and battery life using the power of solar and the Rover Boost.
Engineered to boost the panel's voltage while maintaining high-speed MPPT Technology Tracking, the Rover Boost is one of the industry's most powerful controllers perfectly suitable for limited spaces. With minimal configuration needed, the Rover Boost is preset to charge lead-acid and lithium batteries and supports the latest Renogy Bluetooth monitor giving you the option for remote monitoring and setting adjustments via smartphone.
PRODUCT HIGHLIGHTS
99% MPPT Charging Efficiency
Advanced MPPT Technology with minimum 99% tracking efficiency and 90% charge conversion efficiency for 4-stage battery charging (Bulk, Boost, Float, and Equalization) with charging.
36V/48V Automatic System Recognition of Lead Acid Batteries
4-preset battery charge profiles for AGM/Sealed, Gel, Flooded, and Lithium. User mode also available for a wide variety of applications. User mode also available for customizing charging.
Real-Time Bluetooth Monitoring
By adding the Renogy ONE M1 to your system via the BT-2 Bluetooth Module (sold separately), Wi-Fi connectivity uploads energy status to the data cloud while you're out to explore, and you can monitor the system in real time with your phone, wherever you are.
LED Indicators
Multi-Function LEDs display system information and identify any errors.
Note: More questions about your off-grid power system? Learn more from Renogy Learning Center!
FAQ
How to Charge a 36V/48V Battery Bank With a 12V Solar Panel?
To charge a 36V/48V battery bank using a 12V solar panel and either a PWM or MPPT charge controller, the solar panel's voltage should ideally be higher than 36V/48V. However, in certain situations where you only have a single 12V or 24V solar panel available to charge a 36V or 48V battery bank, such as in compact spaces like a golf cart, you can use the Renogy 10A Rover Boost charge controller. This controller is designed to boost the lower solar voltage to effectively charge a high-voltage battery bank.
Can I Use 2 x 100W Panels With This Controller?
Yes, you can use two 100W panels with this controller. The rated solar input for 36V batteries is 500W, and the solar input voltage should not exceed 25VDC. For 48V batteries, the rated solar input is 650W, and the solar input voltage should not exceed 40VDC. When connecting the panels, it's recommended to wire them in parallel.
What Is the Connection Order and Operations for My Solar System?
An off-grid solar system typically includes solar panels, a charge controller, batteries, an inverter, a Bluetooth module, and wiring. Here's the order of connections and operations:
Connect the battery to the charge controller using tray cables.
Then, connect your solar panels to the charge controller using adapter kits.
After making these wiring connections, set your battery type using the SET button on the controller. The controller will take care of the rest. You can find the LED Indicators and SET buttons on the OUTPUT side of the Rover Boost.
What Type of Protection Does the Rover Boost Charge Controller Offer?
The Rover Boost Charge Controller provides various types of protection:
Battery Protection: Over Discharge protection, Over Voltage protection, Reverse Polarity protection
Load Protection: Overload protection, Short Circuit protection, Overheating protection
PV (Solar Panel) Protection: Over Current Protection, Short Circuit protection, Reverse Polarity protection, Battery overheating protection
What Wattage Can the Renogy Rover Boost 10A Charge Controller Handle?
The Rover Boost charge controller is compatible with standard off-grid 12/24V solar panels and can handle PV Input Power up to 500W for 36V batteries and 650W for 48V batteries. The Solar Input Voltage Range (VOC) is 15 ~ 25VDC for 36V systems and 15 ~ 40VDC for 48V systems.
What Does the 10A Rating on an MPPT Charge Controller Mean?
The "10A" rating on an MPPT (Maximum Power Point Tracking) charge controller indicates the maximum output current that the controller can deliver into the batteries. It represents the maximum amps that can flow from the controller to charge the batteries.
Recommended Wiring Gauge and Ring Terminal Sizes?
The Rover Boost charge controller accepts ring terminals or lugs. Ensure that ring terminals used comply with the instructions provided in the manuals for proper installation and compatibility.
(740) 990-2422
