Battery storage systems consist of three main components: battery (including BMS), conversion unit (inverter), and controller (EMS). The EMS was used to simply calculate target values for the inverter, based on power meter readings, and to monitor inverters and battery's functionality. Today, it also controls or optimizes other devices in a local energy system, such as EV chargers and heat pumps. Modern EMSs optimize assets for multiple use cases (e.g., solar self-consumption, grid usage, dynamic tariffs). Learn more about the latest trends, including the use of AI in energy management systems for battery storage.
04:30 pm - 04:40 pmWelcome and Introduction
04:40 pm - 04:50 pmFrom PV to Profitable BESS: Revenue Stacking and Flex Loads
04:50 pm - 04:55 pmQ&A
04:55 pm - 05:05 pmOptimized Dispatch of Multi-Energy Systems with BESS - A Real World Implementation
05:05 pm - 05:10 pmQ&A
05:10 pm - 05:20 pmSmarter Utilities: Unlocking Value with HEMS in Decentralized Energy Systems
05:20 pm - 05:25 pmQ&A
05:25 pm - 05:35 pmData Based Optimization of Hybrid Energy Management
05:35 pm - 05:40 pmQ&A
05:40 pm - 05:50 pmKey Learnings from P3's HEMS Benchmark on Optimization and Cost Effectiveness
05:50 pm - 05:55 pmQ&A
05:55 pm - 06:00 pmClosing