GLOBAL PROJECTS PORTFOLIO
Delivering Excellence in Renewable Energy Services Across International Markets
Saudi Arabia Project
GWO Basic Safety Training - 600 MW Windey Wind Farm Alghat Province, Kingdom of Saudi Arabia
Project Location: Alghat Province, Kingdom of Saudi Arabia
Client: Sepco III
Wind Farm Capacity: 600 MW
Turbine Model: Windey
Delegates Trained: 28
Scope: GWO Basic Safety Training (BST)
Marking a proud milestone, RICL conducted its first GWO Basic Safety Training session in the Kingdom of Saudi Arabia. Delivered at the 600 MW Windey Wind Farm in Alghat Province, this training equipped 28 delegates with globally certified safety skills—reinforcing our dedication to workforce development and operational excellence in the renewables sector.
Morocco Project
Taza, Morocco Break-in Maintenance - 100 MW TAZA Wind Farm
Project Location: Taza, Morocco
Capacity: 100 MW
Turbine Type: GE 3.8
Scope: First (Break-in) Electro-mechanical Maintenance of Wind Turbines
In 2022, RICL successfully completed the Break-in Maintenance for the TAZA Wind Farm—one of Morocco’s prominent wind energy sites. This project highlights our capability in executing precision maintenance for next-generation GE 3.8 turbines and strengthens our growing footprint in North Africa’s renewable energy landscape.
Kenya Project
Annual Maintenance - Kipeto Wind Farm Kajiado County, Kenya
Project Location: Kenya
Capacity: 100 MW
Client: Kipeto Energy
Turbine Type: GE 1.7
Scope: Electro-mechanical maintenance of wind turbines
RICL’s Outages Division proudly marked another international success with the completion of Annual Maintenance at the Kipeto Wind Farm in Kenya. Our expert team delivered comprehensive electro-mechanical services, ensuring turbine reliability and performance for one of East Africa’s leading renewable energy projects.
Tanzania Project
Hybrid System Maintenance - Mwenga Wind Farm Mwenga, Tanzania
Project Location: Tanzania, Mwenda
Capacity: 3 turbines total capacity 2.4MW
The key feature: hybrid system: wind turbines work in conjunction with an existing hydroelectric power plant, which increases the stability of energy supply.
Scope: Electro-mechanical maintenance of wind turbines