Executive Summary A leading logistics company is transitioning its transport fleet to electric vehicles (EVs) to establish a cleaner and more sustainable intra-city delivery network. To support this shift, the company plans to develop an advanced EV charging facility featuring six EV chargers, integrated with distributed energy resources (DERs) and battery storage. The objective is to reduce dependence on the grid, lower operating costs, and ensure seamless charging for their EVs. DG Matrix provides a customized energy management solution centered around its innovative Power Routers, completing the project within one month to achieve an IRR of over 18% and a payback period of six years. 1 Challenges The logistic company faces significant challenges in designing and deploying this EV charging facility for their smooth operations: High Energy Demand: Rapid charging of 6 vehicles simultaneously creates substantial peak loads, leading to elevated demand charges and stressing the local grid infrastructure.

Grid Dependency: Reliance on the grid for peak energy requirements increases exposure to potential disruptions and elevated electricity prices. Scalability Constraints: Future expansion of chargers and integration of additional renewable energy sources requires costly infrastructure upgrades. Sustainability Commitments: The company must align with its environmental, social, and governance (ESG) goals by integrating renewable energy solutions. Deployment Timelines: Rapid commissioning is critical to meeting market demand and operational deadlines. Requirements and Priorities To address these challenges, the logistics company has identified key priorities: Cost Optimization: Minimize both capital expenditures (CapEx) and operational 1 expenditures (OpEx) while maintaining profitability. Resiliency: Ensure uninterrupted fast charging services for EV owners, even during grid outages. Sustainability: Maximize renewable energy usage and reduces carbon emissions. Scalability: Future-proof the facility for easy integration of additional fast chargers and energy sources. Operational Simplicity: Implement a centralized energy management platform for seamless operation and monitoring.