Briggs and Stratton PHI-1.4-12-T Lithium Battery for Reliable Backup

The Briggs and Stratton PHI-1.4-12-T Lithium Iron Phosphate Battery offers robust energy storage, perfect for reliable backup and energy efficiency. With its advanced Battery Management System, this PHI battery ensures maximum cycle life, safety, and performance, catering seamlessly to both renewable and traditional energy sources.

Product Features

Advanced Battery Management System (BMS)

The PHI-1.4-12-T incorporates an innovative Battery Management System designed to optimize performance. This feature ensures safety by protecting the battery from overcharging and discharging, aligning with the top-tier safety standards.

Integrated Breaker System

Equipped with a built-in breaker, this battery enhances user safety and simplifies installation. It minimizes the risk of electric shock during setup and maintenance, contributing to a safer operation environment.

Seamless Scalability

Targeted at both small and large energy setups, the modular design of the PHI battery allows for easy expansion. Users can scale their energy storage capacity as needed, ensuring adaptability to varying power demands.

High Efficiency and Quick Cycling

Engineered for efficiency, the PHI-1.4-12-T quickly cycles through charge and discharge processes. This feature is crucial for continuous power supply and maximizes energy usage, crucial for both domestic and industrial applications.

Durability and Long Cycle Life

The sturdy construction and premium materials of this battery ensure a long lifespan, boasting up to 10,000 cycles. This ensures a reliable energy backup solution withstands demanding operational conditions.

How It Works

This battery operates efficiently with a combination of interconnected components ensuring optimal performance. Its architecture is suited for seamless integration with existing power systems, providing a consistent and steady energy supply.

Efficient Charge Controller

The charge controller works to maintain the optimum voltage across the battery’s cell architecture, preserving its health and longevity while ensuring the battery remains charged at safe levels.

Robust Safety Architecture

Incorporated safety features include thermal protection and voltage regulation, preventing issues such as overheating or over-voltaging, thereby securing safe and stable performance.

Scalable Connection Design

The connection terminals allow seamless compatibility with a range of energy storage systems, enabling easy parallel connections for capacity augmentation without complex wiring requirements.

Specifications