Solar PV & Renewable Energy

The Kinangop Residential Solar Project is a customized single-phase hybrid solar energy system engineered to provide reliable power, substantial energy storage, and increased energy independence while taking into consideration the cool climatic conditions characteristic of the Kinangop region. A key feature of the installation is its synchronized inverter architecture, comprising two 8 kW Deye hybrid inverters operating in parallel to provide a combined 16 kW single-phase output. The system intelligently coordinates solar generation, battery storage, utility supply, and residential loads to provide seamless and reliable energy management. The system was specifically engineered around the client's energy requirements and Kinangop's cooler operating environment, with appropriate consideration given to equipment installation, battery operating conditions, solar performance, ventilation, electrical protection, and long-term system reliability.

This is a professionally engineered 24 kW three-phase commercial hybrid solar system, designed to enhance power reliability, provide dependable backup, and reduce dependence on utility electricity for critical banking operations. A key engineering feature of the installation is its multi-inverter architecture, comprising three synchronized 8 kW Deye hybrid inverters configured to deliver a combined 24 kW three-phase power system. This configuration provides coordinated three-phase operation while allowing intelligent management of solar generation, battery storage, grid supply, and the bank's critical electrical loads. Designed for a commercial banking environment, the system prioritizes power continuity, operational reliability, intelligent energy management, and quality electrical protection, helping maintain essential services during grid interruptions while maximizing available solar energy.

The Gede Residential Solar Project is a fully independent 12 kW three-phase off-grid solar system, precisely engineered to meet the client's complete residential energy requirements without reliance on the utility grid. A distinctive feature of the project is the custom-engineered flat-roof solar mounting structure and support pillars, designed specifically around the property's architecture and site conditions. This enabled effective utilization of the available roof space while providing a robust platform for the PV array. The project demonstrates Solutekk Electric Ltd's capability to deliver bespoke residential off-grid solutions, combining renewable generation, battery storage, three-phase power, customized structural engineering, intelligent controls, and remote monitoring to provide dependable power even where grid electricity is unavailable.