BT-1 solar panel controller with Bluetooth connectivity for 12V and 24V battery systems

Solar panel controller BT-1 with Bluetooth module for 12V/24V battery systems, featuring 100V maximum panel voltage capacity at 25°C and 90V at -25°C with 20A discharge current for solar controller applications

BT 1 Bluetooth module
£49.98
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BT-1 solar panel controller with Bluetooth connectivity for 12V and 24V battery systems

Solar panel controller BT-1 with Bluetooth module for 12V/24V battery systems, featuring 100V maximum panel voltage capacity at 25°C and 90V at -25°C with 20A discharge current for solar controller applications

£49.98
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BT-1 Solar Panel Controller with Bluetooth for 12V/24V Battery Systems

BT-1 solar panel controller with Bluetooth connectivity for 12V and 24V battery systems
This solar charge controller provides essential regulation between photovoltaic panels and battery banks, specifically designed as model BT-1 for solar energy management applications. It handles the critical functions of preventing battery overcharge and optimising energy transfer, supporting both common 12V and 24V battery configurations found in residential and small-scale solar installations. The inclusion of Bluetooth connectivity offers potential for remote monitoring and configuration, while its operational specifications accommodate varying environmental conditions with temperature-adjusted voltage handling.

Features and Construction

BT-1 solar panel controller with Bluetooth connectivity for 12V and 24V battery systems
The BT-1 controller balances technical capability with practical application requirements, focusing on reliable energy management rather than complex unnecessary features. Its construction centres around robust electronic components designed for continuous operation in solar energy systems, with the Bluetooth module integrated for wireless communication capabilities that may support monitoring applications without physical connection requirements.

Material and Build

Constructed from standard electronic components appropriate for solar charge regulation, the controller prioritises functional reliability over elaborate physical design. The inclusion of the Bluetooth module represents its primary distinguishing feature from basic controllers, allowing for potential integration with monitoring systems or mobile applications. The build focuses on electrical safety and thermal management necessary for handling the specified voltage and current ranges within solar applications.

Size and Practical Fit

While specific physical dimensions aren't detailed in the source information, the controller's technical specifications indicate it's designed for integration into existing solar controller systems rather than as a standalone decorative item. Its practical fit depends on proper electrical installation matching the 12V/24V battery compatibility and the 20A discharge current handling capability. The absence of detailed physical measurements suggests installation should prioritise electrical compatibility and ventilation over precise spatial requirements.

Uses and Placement

BT-1 solar panel controller with Bluetooth connectivity for 12V and 24V battery systems
This controller serves specific functions within photovoltaic systems, managing the interface between solar panels and energy storage solutions. Its application range focuses on controller functionality within broader solar installations, making it suitable for various scales of implementation from small off-grid systems to components of larger renewable energy configurations.

Event or Professional Use

For professional solar installations or temporary event power systems, the BT-1 controller provides reliable charge regulation with its temperature-adjusted voltage handling (100V at 25°C, 90V at -25°C). The 20A discharge current supports substantial energy distribution requirements, while Bluetooth connectivity allows for remote monitoring that professionals may find useful for system checks without physical access. Its dual voltage compatibility makes it versatile across different battery bank configurations commonly employed in various professional contexts.

Everyday Home Use

In residential solar applications, this controller manages daily energy flow between rooftop panels and household battery storage. The 12V/24V compatibility covers common home battery system voltages, while the 20A discharge capacity handles typical domestic energy requirements. Home users may appreciate the Bluetooth feature for checking system status via smartphone, though its practical utility depends on supporting software. The temperature-compensated voltage specifications ensure reliable operation through seasonal weather variations experienced in typical home installations.

Benefits and Buying Value

BT-1 solar panel controller with Bluetooth connectivity for 12V and 24V battery systems
The value proposition centres on reliable solar charge management with specific technical capabilities rather than premium or luxury features. Its benefits derive from stated specifications that address practical solar system requirements, particularly voltage handling across temperature ranges and current distribution capacity.

Reuse and Low Maintenance

As an electronic controller with no moving parts, it requires minimal routine maintenance beyond ensuring clean connections and adequate ventilation. The Bluetooth module may reduce physical inspection needs if utilised for remote monitoring, though source information doesn't specify supported applications. Its construction from standard electronic components suggests straightforward repair or replacement possibilities within its operational lifespan, though specific longevity claims aren't supported by source data.

Why Choose This Product

This controller offers specific advantages for solar installations needing temperature-compensated voltage regulation (100V at 25°C, 90V at -25°C) and Bluetooth connectivity potential. The 20A discharge current provides substantial energy distribution capability, while dual 12V/24V battery compatibility adds installation flexibility. Choose this product for these concrete technical specifications rather than undefined premium claims, particularly if your solar system benefits from remote monitoring capabilities or operates in environments with significant temperature variations.

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