Namibia – large-scale solar energy and battery storage integration

In Namibia, a large-scale solar energy project was developed to enhance regional electricity supply and sustainability. The project involved the construction and deployment of over 150 MW of solar energy capacity, integrated with battery storage technology to ensure grid stability and optimize energy distribution. 

By employing a modular approach, the system allows for phased expansion and adaptability to changing energy demands. The project was executed under a long-term Power Purchase Agreement (PPA), ensuring financial and operational  stability while adhering to national and international regulatory requirements.

• Capacity: over 150 MW of solar power generation
• Storage integration: Advanced battery storage for energy stabilization and peak load management
• Project scope: Full EPC (Engineering, Procurement & Construction), financing, and long-term operation
• Modular system: Designed for future expansion and scalability
• Grid integration: Connected to the national grid under a long-term PPA

Zimbabwe – High-voltage energy solution for the mining sector

A mining operation in Zimbabwe required a dedicated high-voltage energy solution to support its critical infrastructure. The project delivered a fully containerized high-voltage power distribution system, ensuring uninterrupted electricity supply to the site. Two 8MVA transformer containers were installed, providing stable and efficient energy transmission, while  a 15MVA diesel generator park was integrated to offer additional backup capacity. A sophisticated SCADA monitoring system was implemented to allow remote energy management and real-time operational adjustments.

• Infrastructure: Fully containerized high-voltage energy distribution system
• Transformers: Two 8MVA transformer containers for industrial-scale power distribution
• Backup Power: 15MVA diesel generator park for energy security
• Monitoring System: SCADA automation for real-time energy tracking and optimization
• Industrial Application: Designed to meet the high-demand requirements of mining operations

South Africa – Hybrid solar and battery storage for industrial facilities

An industrial facility in South Africa sought to improve its energy efficiency and resilience by ntegrating renewable energy solutions. A hybrid solar and battery storage system was installed, combining on-site solar power generation with an advanced battery backup solution. To enhance operational reliability, a 6MVA generator was deployed as a secondary power source. The project also featured a SCADA monitoring system, enabling automated energy distribution and optimization. A detailed grid impact study was conducted to ensure compliance with regulatory standards and to mitigate potential power fluctuations affecting the local network.

• Hybrid Energy System: Solar power combined with battery storage and backup generators
• Capacity: 6MVA generator deployed to secure continuous energy supply
• Operational Efficiency: SCADA system for automated monitoring and optimization
• Grid Compliance: Grid impact studies conducted for regulatory approval
• Industrial Application: Tailored for manufacturing and production facilities

Europe – Energy storage and grid optimization for industrial and logistics hubs

A European industrial and logistics hub required an advanced energy storage and distribution system to manage fluctuating power demands efficiently. The project involved the deployment of customized containerized energy storage units, along with high-voltage substations to ensure seamless energy flow. AI-driven energy management systems were introduced to enhance load balancing and minimize peak energy costs. Modular battery storage solutions were incorporated to enable scalability and to meet the dynamic energy needs of supply chain operations.

• Storage Solution: Containerized battery storage units for on-site energy optimization
• Grid Integration: High-voltage substations installed for stable energy distribution
• AI-Driven Energy Management: Automated load balancing and cost optimization
• Scalability: Modular battery storage designed for flexible expansion
• Commercial Impact: Tailored for logistics centers and industrial power users
   

East Africa – Utility-scale solar energy development

A 50 MW solar energy project was developed in East Africa to supply power to a regional utility provider. This large-scale initiative involved full engineering, regulatory approvals, and seamless grid integration. A modular expansion strategy was implemented to allow for future scalability without requiring significant infrastructure modifications. 

The project was executed under close regulatory supervision, ensuring compliance with national energy policies and international environmental standards.

• Installed Capacity: 50 MW of solar energy generation
• Utility Integration: Directly supplying power to a regional electricity provider
• Regulatory Compliance: Fully approved and monitored under national energy regulations
• Modular Design: Expandable infrastructure for increased capacity in future phases
• Sustainability: Developed in alignment with global renewable energy objectives