battery switching

Addressing Battery Limitations and Inefficiencies with Smartrix Systems

Achieve an extended range of the vehicle with reduced emissions. Increase the service life of batteries and enjoy enhanced reliability with a simplified scheme. Realize up to 70% lower consumption when driving on a horizontal stretch compared to vehicles with a standard engine.

Problem Solution Markets

The problem

Addressing Battery Limitations and Inefficiencies with Smartrix Systems

Single Battery Limitation: Solve the problem of charging and discharging processes not being realized simultaneously with a single battery setup. Smartrix Systems enables seamless integration and utilization of multiple composite batteries.

Inefficient Energy Management: Smartrix Systems addresses the problem of inefficient energy management by providing intelligent and automated control over battery usage. It optimizes the charging and discharging cycles based on real-time data, ensuring that energy is utilized effectively and wastage is minimized. By improving energy management, Smartrix Systems helps businesses and individuals reduce their energy costs and maximize the overall efficiency of their energy systems.

Limited Battery Lifespan: Smartrix Systems tackles the issue of limited battery lifespan by implementing advanced battery management algorithms. It monitors and regulates key parameters such as charging rate, temperature, and depth of discharge to extend the battery's lifespan. By optimizing battery usage and preventing overcharging or deep discharging, Smartrix Systems helps users maximize the longevity of their batteries, reducing the need for frequent replacements and saving costs in the long run.

Lack of Integration and Compatibility: Smartrix Systems addresses the problem of compatibility and integration with existing energy systems. It offers seamless integration with various renewable energy sources, such as solar panels and wind turbines, as well as with grid infrastructure. This compatibility allows users to incorporate Smartrix Systems into their existing setups without requiring extensive modifications or investments in new equipment. By providing compatibility and ease of integration, Smartrix Systems offers a flexible solution that can be easily adopted by a wide range of users.

Our solution

Unlock the power of smart batteries

Smartrix Systems revolutionizes the way batteries are utilized, enabling simultaneous charging and discharging processes. Our innovative solution utilizes a matrix of multiple composite batteries connected in parallel through a switching unit. With Smartrix Systems, you can connect smart batteries to different circuits, including PV installations, the grid, regenerative systems in electric vehicles, and specific loads. The switching unit allows seamless switching of charged batteries to specific loads and discharged batteries to a source of charging energy. Say goodbye to the limitations of single battery systems and embrace a new era of efficiency and reliability in energy management.

Matrix of Multiple Composite Batteries: Smartrix Systems utilizes a matrix of multiple composite batteries connected in parallel through a switching unit.
Flexible Circuit Connections: Connect smart batteries to different circuits, including PV installations, the grid, regenerative systems in electric vehicles, and specific loads.
Seamless Switching: Effortlessly switch charged batteries to specific loads and discharged batteries to a source of charging energy.
Enhanced Efficiency: Overcome the limitations of single battery systems and achieve extended range, increased battery life, and improved energy performance.

Advantages

Extended Range: Achieve an extended range for your vehicle while reducing emissions, thanks to the increased efficiency of Smartrix Systems.
Increased Battery Life: Smartrix Systems enhances the service life of batteries, ensuring longer-lasting performance and reliability with its simplified scheme.
Energy Efficiency: Realize up to 70% lower consumption when driving on a horizontal stretch compared to vehicles with a standard engine, saving costs and reducing environmental impact.