Executive Summary A prominent Dubai building is adopting an advanced energy management solution to create a more sustainable, cost-efficient, and EV-friendly power infrastructure. To support this transition, the building is integrating solar energy, battery storage, EV chargers, and smart energy management to optimize power consumption, reduce reliance on the grid, and facilitate electric vehicle (EV) charging for tenants and visitors. DG Matrix provides a customized energy solution powered by its innovative Power Routers, completing the project within one month to achieve an IRR of over 49% and a payback period of three years Challenges * . 1 The building faces significant challenges in designing and deploying its energy management system: High Energy Demand: Continuous operation of lighting, cooling, EV chargers, and other facilities creates peak loads, leading to high electricity costs.

Grid Dependency: Heavy reliance on grid power increases exposure to rising electricity prices and potential supply disruptions. Scalability Constraints: Future expansion of power infrastructure and EV charging stations requires cost-effective, modular solutions. Sustainability Commitments: The facility aims to reduce its carbon footprint by maximizing the use of renewable energy sources. Operational Simplicity: An automated, centralized energy management system is essential for seamless operations and monitoring. Requirements and Priorities To address these challenges, the building has identified key priorities: Cost Efficiency: Minimize both capital (CapEx) and operational expenditures (OpEx) while ensuring profitability. Resiliency: Ensure uninterrupted power supply for critical operations, even during grid outages. Sustainability: Maximize renewable energy usage and reduce carbon emissions. Scalability: Future-proof the facility for seamless integration of additional solar panels, battery storage, EV chargers, and other energy sources. Operational Simplicity: Implement a centralized energy management platform for efficient operation and monitoring.