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Case study 19 May, 2026 Battery / Energy StorageInverters / Power ComponentsSolar PV Health Mini-grid

GadgetroniX – Nyarugusu solar system 4 – UNHCR off-grid installation (Tanzania)

Who, What & Where

  • GadgetroniX
  • Design, supply, and installation of an off-grid solar power system with containerised battery storage
  • Nyarugusu Health Post 4, Tanzania

The Company

GadgetroniX is a leading distributor of globally renowned solar, water, security & surveillance, and communication equipment in Tanzania. Working with a team of highly competent staff including over seventy expert technicians employed full-time, a group of electrical/mechanical engineers, and quantity surveyors, has enabled GadgetroniX to specialise in an array of areas including communication, energy systems, water systems, electric vehicles, mobile signal boosters, networking, and security & surveillance systems. GadgetroniX represents several well-recognised international companies in the pursuit of developing, testing, and promoting clean energy technologies and other services to empower individuals and businesses.


The Challenge

Reliable electricity is critical for healthcare facilities, particularly in remote areas where grid access is limited or inconsistent. Essential services such as diagnostic equipment, refrigeration for vaccines, lighting, and emergency response systems all depend on uninterrupted power.

At Nyarugusu Health Post 4, the need for a dependable and self-sustaining energy solution was vital to ensure continuous healthcare service delivery. Power interruptions could directly impact patient care, making energy reliability a top priority.


The Solution

GadgetroniX deployed a robust off-grid solar system tailored to meet the facility’s energy demands. The solution integrates high-capacity solar generation, lithium battery storage, and hybrid inverter technology to ensure consistent and efficient performance throughout the day and night.

System components:

  • Solar array: 30.8 kWp (56 × 550W JA Solar MBB Half-Cell Modules)
  • Battery storage: 100 kWh Lithium Battery (Freedom Won LiTE Business 100/80 – LiFePO4)
  • Inverter: 30 kW Hybrid Inverter (ATESS HPS30 – 3 Phase)
  • Monitoring: ATESS EnerLog

🔗 Internal Link:
https://gadgetronix.net/projects/nyarugusu-health-post-5-solar

🌍 External Link:
https://atesspower.com


Project Outcome

  • Continuous and stable electricity supply
  • Fully off-grid, independent operation
  • Enhanced support for critical medical equipment
  • Real-time system monitoring and diagnostics
  • Reduced risk of service disruption
  • Efficient energy utilisation with battery storage
  • Long-term sustainable power solution

This installation demonstrates how scalable solar energy systems can strengthen healthcare infrastructure by providing consistent, reliable, and efficient power in remote environments.