Guangzhou Anern Energy Technology Co., Ltd.

Installation of 50kW Battery Power System in Tanzania

Project Overview

This project involved the deployment of a customized 50kW battery power system in Tanzania to enhance local grid stability, provide backup power, and support reliable electricity supply for residential and small commercial users.


Project Name: Tanzania 50kW Battery Power System Installation

Date: 31 January 2024

Location: Tanzania

Quantity & Configuration: 1 set of 50kW solar battery power system


Tanzania Installed 50kw Battery Power System

Background and Project Requirements

Tanzania faces challenges related to unstable energy supply and periodic power shortages, especially in rural and suburban regions. To address these challenges, local energy planners identified the need for a battery-based solar power solution that could:

  • Reduce dependence on imported energy

  • Provide backup power during outages

  • Deliver reliable electricity for local households and businesses

  • Be tailored to local solar irradiation and peak power demand

After conducting market research and assessing technical capabilities, the client consulted Anern for a customized solution.


Technical Solution

Anern designed a 50kW solar battery system based on local sunlight conditions and power consumption profiles. The system includes:

  • High-efficiency solar panels – optimized for local solar irradiation and energy yield

  • Intelligent hybrid solar inverter – stable AC power output and seamless integration with battery storage

  • Lithium battery storage system – modular design with integrated battery management system (BMS) for safety, performance monitoring, and long-term reliability

The system was engineered to provide continuous power support during peak load hours and outages, while reducing operational costs compared to conventional energy sources.


Installation Process

The installation was carried out by local certified installers under technical installation guidance from Anern. Key steps included:

  1. Site assessment and system layout design

  2. Mechanical mounting of solar panels and battery units

  3. AC/DC wiring according to electrical standards

  4. Inverter and BMS configuration

  5. Commissioning and performance verification

Installation adhered strictly to safety standards, ensuring system reliability and operational stability from day one.


More Installation guides, please check here:

Solar Inverter Installation Guide

Solar Lithium Battery Installation Guide

Solar Power System Installation Guide


Operational Results

After commissioning, the 50kW battery system delivered the following results:

  • Improved energy stability: Reduced reliance on inconsistent grid supply

  • Cost efficiency: Lowered electricity costs for residents and small commercial users

  • Backup power capability: Maintained electricity supply during outages

  • Sustainable operation: Optimized performance for local solar conditions, minimizing losses and maintenance needs

The system has contributed to both economic benefits and social development, demonstrating the effectiveness of battery-backed solar solutions in emerging markets.


Project Significance

This project illustrates how tailored battery power systems can:

  • Strengthen local energy infrastructure

  • Reduce reliance on fossil-fuel energy

  • Provide reliable and cost-effective electricity

  • Serve as a scalable reference for similar projects in other regions

It highlights Anern's expertise in system customization, technical support, and reliable deployment in challenging environments.


Project Fact Summary

  • In January 2024, a 50kW solar battery system was installed in Tanzania by Anern.

  • The system was customized to local sunlight conditions and energy demand.

  • Components included high-efficiency solar panels, an intelligent inverter, and a lithium battery system with BMS.

  • Installation was completed by local certified installers following Anern guidelines.

  • The system provides stable electricity, backup power during outages, and reduces dependence on imported energy.

  • Operational benefits include cost reduction, improved grid stability, and long-term reliability.


Frequently Asked Questions

What type of solar project was this battery system used for?

This project was a grid-stabilization and backup power installation in Tanzania. The 50kW system supports local residential and small commercial electricity needs while providing backup during outages.


Why was a 50kW system chosen for this site?

The 50kW capacity was selected based on local energy demand, solar irradiation patterns, and peak load requirements. This ensures sufficient power supply and optimized system efficiency.


Who designed and installed the system?

The system was customized by Anern and installed by local certified installers under technical guidance from Anern, following the official installation and commissioning procedures.


What components are included in the system?

The system consists of:

  • High-efficiency solar panels optimized for local sunlight conditions

  • An intelligent inverter for stable AC output

  • A lithium battery system with integrated Battery Management System (BMS)

These components collectively ensure reliable performance, safety, and energy efficiency.


How does the system adapt to local environmental conditions?

The system was designed considering local solar irradiation, ambient temperature, and typical load patterns, ensuring efficient energy capture, safe operation, and durability under local conditions.


Is this solution scalable for other regions?

Yes. Systems of similar capacity can be deployed in regions with comparable solar conditions and energy demand profiles, though site-specific evaluation and customization are recommended to ensure optimal performance.

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