Lithium UPS

Lithium UPS

ELEKTRO’S Lithium UPS systems represent the future of power solutions. With lithium batteries, our UPS units offer a longer lifespan, lighter weight, and superior performance. Experience the next level of reliability and portability with ELEKTRO Lithium UPS.

Residential Solar Power Systems

Capacity:

10 A to 60 A.

Applications:

Optimizing energy harvest from solar panels for home use, ensuring efficient charging of batteries.

Commercial and Industrial Solar Installations

Capacity:

30 A to 100 A.

Applications:

Managing larger solar arrays in commercial buildings and industrial facilities, enhancing energy conversion efficiency.

Off-Grid Solar Systems

Capacity:

20 A to 80 A.

Applications:

Providing efficient charging for batteries in off-grid setups, such as cabins, remote homes, and vacation properties.

Solar Water Pumping Systems

Capacity:

10 A to 40 A.

Applications:

Regulating and optimizing power input from solar panels to efficiently power water pumps in agriculture or remote areas.

Telecommunication Base Stations

Capacity:

30 A to 100 A.

Applications:

Managing solar power in off-grid or unreliable grid locations to ensure continuous power for telecom equipment.

Street Lighting Systems

Capacity:

10 A to 40 A.

Applications:

Maximizing solar energy utilization for street lighting, enhancing efficiency in urban and remote areas.

RV and Marine Solar Systems

Capacity:

10 A to 40 A.

Applications:

Optimizing solar charging for batteries in recreational vehicles (RVs) and marine applications.

Grid-Tied Solar Systems with Battery Backup

Capacity:

20 A to 80 A.

Applications:

Integrating MPPT charge controllers in grid-tied systems with battery storage for backup power during outages.

Agricultural Solar Applications

Capacity:

20 A to 60 A.

Applications:

Enhancing energy efficiency in agricultural solar solutions, such as irrigation systems and greenhouse operations.

Monitoring and Communication Systems

Capacity:

10 A to 40 A.

Applications:

Providing efficient solar power management for remote monitoring stations and communication equipment.

Note:

MPPT charge controllers are designed to optimize the power output from solar panels by dynamically adjusting the electrical operating point. Capacities vary based on the size of the solar array and the specific energy requirements of the application. The goal is to maximize energy harvest and improve overall system efficiency.

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