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Tuiniqua Care Centre – Hybrid Solar System

George, Western Cape

Tuiniqua Care Centre in George installed a 90 kVA hybrid solar system with a 56.16 kWp PV array and 100 kWh LiFePO4 battery storage to provide reliable, cost-effective power for its frail care unit and daily operations.

Explore Tuiniqua Care Centre's triumph in the generator vs solar challenge, ultimately choosing solar for superior energy solutions.
SectorHealthcare and care facilities
System typeHybrid solar

System at a glance

Installed system ratings, not live operating measurements.

Solar array56.16kWp
90
kVA
Victron
27
kW
Fronius
Installed battery storage100kWh

The challenge

Escalating diesel costs, heavy fuel dependence, and frequent load-shedding disruptions placed a substantial operational and financial burden on Tuiniqua Care Centre. The facility required a dependable, cost-effective energy alternative to secure continuous power for its frail care unit and essential daily operations.

The SSS solution

Specialized Solar Systems installed an AC-coupled hybrid solar system featuring a 56.16 kWp solar PV array and 100 kWh of LiFePO4 battery storage (80 kWh usable). Power conversion is managed by six 15 kVA Victron Quattro inverters (90 kVA total) alongside a 27 kVA Fronius Eco inverter, seamlessly integrating with both the electrical grid and backup solar power.

Results and benefits

Generating an average yield of 246.2 kWh/day, the system significantly cuts energy expenses, eliminates reliance on expensive diesel generators, and reduces the facility’s carbon footprint. The installation achieves an estimated payback period typically under 6 years.

Inside the systemView component details
56.16 kWp solar PV array
6 x 15 kVA Victron Quattro inverters (90 kVA total)
1 x 27 kVA Fronius Eco inverter
100 kWh LiFePO4 battery storage (80 kWh usable)
AC/DC-coupled grid and solar integration
246.2 kWh/day estimated solar yield

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