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+86 18770913252Aurora JL supplies solar charge controllers, solar PoE switches and integrated IoT power systems for off-grid, networkless and low-voltage projects. Select the right product family by battery platform, solar input, connected load, communication interface and site configuration.
12V to 48V battery platforms on selected controller models
MPPT charging, battery control and DC load management
PoE power, RS485 communication and optional remote connectivity
For photovoltaic charging and DC load control across 12V and 24V systems, with the M48HC extending selected configurations to 36V and 48V battery platforms. Compare battery chemistry, PV open-circuit voltage, panel power, charging current, load current and communication interface before selection.
Explore MPPT Solar Charge ControllersIntegrate solar charging, battery storage, Ethernet power and RS485 control for remote network devices. The GL-Max342 is a 4-port 100M model, while the GL-Max380 provides 8-port 1000M BT PoE. Compare battery voltage, solar input, total PoE load, port speed and monitoring requirements.
Explore Solar PoE SwitchesCombine photovoltaic input, battery storage, 48V PoE, 12V and 24V DC output, communication functions and optional gateway or AC mains charging in one project-oriented platform. Select Max3308, Max3308R or Max3308AC by output mix, remote control, battery configuration and mains charging requirements.
Explore IoT Solar Power SystemsShare the target load, battery type and voltage, PV voltage and power, PoE port count, DC output, communication protocol, mounting environment and monitoring requirement. Applicable product families support parameter configuration, RS485 Modbus RTU communication and optional Bluetooth, Ethernet, 4G or Wi-Fi functions. Industry-specific projects can also discuss 485 protocol access and platform, app, mini-program or H5 development where the selected system supports it.
Send Your System RequirementsDefine the battery platform, solar panel input, charging current, load output and battery chemistry before selecting a controller or integrated system.
Combine MPPT charging, DC output, PoE power and RS485 communication when a remote site needs both electrical supply and connected equipment support.
For monitoring and industry-specific projects, provide the communication protocol, gateway requirement, remote control logic and platform interface that the selected system must support.
Selected controller specifications list MPPT tracking efficiency above 99.9%, configurable battery types and multiple charging modes for lithium, lead-acid, gel and other battery settings.
Applicable models include photovoltaic over-voltage, reverse-connection, short-circuit, overload, over-temperature and battery protection functions. Selected equipment uses natural heat dissipation, air cooling or fan-assisted thermal management.
Depending on the model, OLED displays, RS485 Modbus RTU, TTL, Bluetooth, Ethernet, 4G or Wi-Fi functions connect local operating status with project monitoring requirements.
Use solar PoE switching and battery-backed output for cameras and network devices at sites where grid access is limited. Select by PoE standard, port count, load power, solar input and monitoring method.
Combine independent solar power, low-voltage outputs and communication interfaces for unattended monitoring points. Confirm battery autonomy, panel configuration, network backhaul and remote on or off requirements.
Match MPPT control, DC output and communication interfaces to sensors, gateways and field devices. Share operating temperature, enclosure, mounting and load details during selection.
Aurora JL focuses on solar power equipment for off-grid and low-voltage digital infrastructure. Its product range combines MPPT solar charging, battery and load control, PoE power supply, DC output and communication interfaces for equipment that must operate where grid power or network access is limited.
Product selection starts with the project architecture: battery platform, solar panel input, connected load, power output, communication and monitoring requirements. This makes it easier to choose a solar charge controller, solar PoE switch or integrated IoT solar power system for the next stage of project discussion.
Review OLED display status, PV input terminals, battery connections and DC load outputs to ensure compatibility with your chosen battery platform and solar array.
Examine Ethernet ports, solar input connections and RS485 communication interfaces designed for remote network device integration and power delivery.
Evaluate the physical enclosure, mounting options and internal layout of the integrated IoT solar power system for harsh or remote low-voltage applications.
Confirm wiring terminals and communication ports for battery selection, load connection and protocol integration before finalizing your system specification.
Share the system conditions you already know, including battery platform, PV input, target load, PoE requirement, communication interface and application environment.
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+86 18770913252