Project: Miaka Abode Apartments, Lower Kabete
Miaka Abode Apartments, Lower Kabete
High-Voltage 30 kW Grid-Tied Solar System with Lithium-Ion Storage
Client: Miaka Abode Apartments
Location: Lower Kabete, Nairobi
System Type: High-Voltage Grid-Tied Solar System with Battery Backup
Capacity: 30 kW Solar PV + Premium Lithium-Ion Battery Bank
Application: Powering critical common infrastructure (Borehole pumps, passenger lifts, and common area lighting)
High-Voltage 30 kW Grid-Tied Solar System with Lithium-Ion Storage
Client: Miaka Abode Apartments
Location: Lower Kabete, Nairobi
System Type: High-Voltage Grid-Tied Solar System with Battery Backup
Capacity: 30 kW Solar PV + Premium Lithium-Ion Battery Bank
Application: Powering critical common infrastructure (Borehole pumps, passenger lifts, and common area lighting)
The Challenge
Modern, high-end residential complexes require uninterrupted power to maintain security, convenience, and luxury. At Miaka Abode in Lower Kabete, the objective was to drastically reduce common-area electricity bills while ensuring 100% uptime for heavy-induction loads—specifically the passenger lifts and borehole water pumps—alongside extensive common area lighting.
Modern, high-end residential complexes require uninterrupted power to maintain security, convenience, and luxury. At Miaka Abode in Lower Kabete, the objective was to drastically reduce common-area electricity bills while ensuring 100% uptime for heavy-induction loads—specifically the passenger lifts and borehole water pumps—alongside extensive common area lighting.
Our Solution
We designed, supplied, and installed a robust, high-voltage 30 kW grid-tied solar system integrated with a cutting-edge Lithium-Ion battery bank. This hybrid capability ensures that the estate seamlessly blends solar generation, grid power, and stored energy for maximum efficiency..
We designed, supplied, and installed a robust, high-voltage 30 kW grid-tied solar system integrated with a cutting-edge Lithium-Ion battery bank. This hybrid capability ensures that the estate seamlessly blends solar generation, grid power, and stored energy for maximum efficiency..
