Stationary

Stationary

Stationary applications—such as BESS storage systems, remote weather stations, and photovoltaic systems with storage—require storage solutions that are highly reliable, scalable, and designed to operate continuously and safely over the long term. In these contexts, the battery is not a standard component but a critical element of the system: it must integrate seamlessly with inverters, energy management systems, and control infrastructure, ensuring stability, service continuity, and resistance to varying environmental conditions.

Aliant Battery develops customized LFP batteries based on actual application requirements, sizing voltages, capacities, and architectures, and configuring the battery management system (BMS) specifically for each stationary installation, ensuring maximum compatibility and optimal performance.

Benefits of electrification with Custom LFP Solutions

The electrification of stationary systems using LFP batteries increases energy efficiency, improves system reliability, and reduces operating and maintenance costs. Aliant Battery’s lithium iron phosphate batteries offer high intrinsic safety, a long service life, thermal stability, and consistent performance even during intensive charge and discharge cycles—key characteristics for applications such as BESS and photovoltaic storage. Customizing the solution also allows for optimizing space requirements, maximizing available energy, and adapting the system to meet the needs of self-consumption, backup power, or peak shaving. Choosing custom LFP batteries from Aliant Battery means adopting advanced energy storage technology, designed to ensure energy continuity, sustainability, and long-term value.

Aliant batteries are capable of supporting various charging interfaces: solar inverters, MPPT DC converters, and PWM DC converters.

The CANBus has also been implemented to comply with the protocols developed by some of the leading manufacturers of photovoltaic inverters, both for off-grid and grid-connected applications. In this context, Aliant batteries can enable the Victron Energy-compatible protocol, allowing them to be integrated into a system equipped with VE.CAN communication and related accessories.

Slide
Your journey into the world of electrification
starts here!
Tecnologie
Aliant Technologies

We are constantly committed to providing our customers with high-performance solutions, integrating the most advanced technologies available to support every operational need. From intelligent LFP battery management to fast and safe charging, we develop reliable systems that maximize the efficiency, durability, and safety of electric vehicles for industrial, marine, and special applications.

previous arrowprevious arrow
next arrownext arrow

Charge

Fast charge

Our LFP batteries are compatible with public charging stations, ensuring versatile and universal use. For fast-charging needs, we offer Ultrafast chargers capable of recharging the batteries in just 8–10 minutes.

Fixed-mount battery charger

Our line of wall-mounted battery chargers offers reliable solutions for both single-phase and three-phase systems. Ideal for permanent installations, these chargers meet every requirement for power and charging times, ensuring efficiency and safety for any industrial application.

Thermal Control

Battery pack temperature control function (preheating at low temperatures, ventilation at high temperatures).

Ecosystem

Integrations

Our batteries are capable of supporting various charging interfaces: solar inverters, MPPT-type DC converters, and PWM-type DC converters. The CANBus was developed to be compatible with the protocols of the leading manufacturers of photovoltaic inverters.

Connectors

We round out our product offering with a range of power and signal connectors, available in our catalog and in stock. These connectors ensure easy integration, safety, and reliability for all industrial and marine applications.

Certifications

For specific electromagnetic compatibility, environmental, or safety certifications, we can conduct a thorough preliminary analysis. We identify the best solution to develop the project in accordance with the required standards, ensuring compliance and long-term reliability.

Applications