Reference Installations

Solar Power system installation at a Healthcare Facility

Power Providers recently delivered a Solar Power System (SPS) installation at a healthcare facility to ensure stable and sustainable energy for critical medical operations. The system features a 6.6 kWh BAE battery bank, a 10 kW Victron Energy inverter, and a high-efficiency solar array tailored to the site’s energy needs. This setup provides reliable backup power, enhances energy independence, and supports uninterrupted healthcare services in an environmentally responsible way.

Solar power system installed at a remote camp facility.

Power Providers recently completed a solar installation for safari camp, supporting their sustainability efforts with a reliable and eco-friendly energy solution. The system includes a 4.025 kWp solar array, a 16.11 kWh lithium iron battery bank, and an 8 kW Deye inverter. This setup ensures efficient and renewable power for their operations, aligning with their long-standing commitment to conservation and low-impact tourism

Solar power system installed at local educational institutions

Power Providers recently completed a solar energy system for educational institutions around the region, supporting their mission to provide reliable and sustainable power in a remote learning environment. The installation includes a 5.22 kWp solar array, a 15.36 kWh lithium iron battery bank, and an 8 kW Deye inverter. This system ensures consistent electricity for essential operations, helping create a stable and eco-friendly environment for students and staff.

Solar Power System – At a Primary School

Power providers installed a fantastic new source of energy at a Primary School, right here in sunny Arusha! Imagine the school now harnessing the power of the Tanzanian sunshine directly. They’ve set up a solar array with a capacity of 2.9 kWp. This captured sunshine gets stored in  a WECO battery bank with a whopping 26.5 kWh capacity – ready to supply power even when the sun takes a break. And the clever conductor of this energy orchestra is the Deye 5k inverter, smoothly converting the stored sunshine into the electricity needed for lights, computers, and everything else that helps the children learn and grow. It’s a wonderful step towards a greener future for the school, powered by the very sun that shines so brightly on their faces every day.

Backup Power System

Power Providers recently implemented a backup power solution designed to ensure uninterrupted operations during grid outages. The system includes a 25.6 kWh DYNESS BX51100 lithium battery and an 8,000-watt Victron Energy inverter.

Engineered for efficiency and reliability, this setup provides seamless energy continuity, reduces dependency on the grid, and supports smooth operational performance in all condition.

Nkasi, Rukwa| Solar Water Pump

A 4kw submersible centrifugal solar water pump has been installed by Power Providers Tanzania to our client at Lake Tanganyika for the purpose of pumping water from the lake Tanganyika to three fish ponds/dams near the area. The installed pump has the power to pump water for a distance of 500m from the water source to the reservoir and has a flow rate of 26 m3/h which is equal to 26000 liters per hour. The total array size of the whole system is 6.6 KW.

Rhotia Valley, Karatu|Solar Power System

A 29.16 kWp roof mounted solar array charging a 144 kWh battery bank and providing three phase AC power using three Sunny Island SMA inverters (SI8.0H-12) and one Solar inverter Sunny Triple Power 25 kW PV inverter. The system was designed so that solar power provides most of the power to the property but was also hybridized with a generator so that in times of poor sun an alternative source of power is available so as to ensure power security. The system is supplying power to a lodge, orphanage home and a bakery at Rhotia Valley, Karatu

 

Mobile Camp| Serengeti – Solar Power System

We designed, supplied and installed a remotely monitored Solar Power System in a Mobile Camp at Serengeti National Park.

The system is divided between two over the wheel compartments in a trailer while the PV modules are mounted on top of the Trailer