Winter snow storms or extreme rain storms often lead to power outages in New Jersey. According to the U.S. Department of Energy, weather-related grid disruptions cause 70% of power outages in the United States. My community lacks a solution for power outages during climate-related hazards, hurting schools, roads, and the community’s function. To address this, my solution analyzes past weather data with data analytics tools to understand climate patterns and create projections. Implementing Internet of Things (IoT) sensors can help us monitor grid infrastructure and scan for vulnerability during extreme weather events. Data can assess risk with a central analytics platform. A Geographic Information System (GIS) can then map out the community’s vulnerable areas. To secure a power supply, the solution includes localized microgrids and Energy Storage Systems (ESS). Installing solar panels facilitates electrochemical storage in batteries and allows for a continuous power supply. Collaboration is crucial to establish emergency response plans for facilities such as shelters, hospitals, and community centers that will allow for mobile power unit deployment. Finally, my solution proposes conducting community training sessions, establishing a volunteer network, collaborating with local businesses, developing a community alert system, and outreaching for Energy Storage Systems to take action.