Energy Storage Systems
Battery Energy Storage System (BESS), is designed to store energy for later use. It's particularly useful in managing the variability of renewable energy sources like solar and wind, providing a steady energy supply regardless of changing weather conditions​​. The exact Battery Energy Storage system is selected based on the client's network capabilities and specific needs. Contact us to get the best solution!
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ADVANTAGES
STABILIZATION
Helps to store excess energy, stabilizes the energy grid, and safeguards against potential disruptions that could compromise energy availability.
ENVIRONMENT
Adopting battery energy storage systems, especially those powered by renewable energy, significantly reduces carbon emissions.
INTEGRATION
BSS works with various generation technologies such as ORC and steam turbines, solar photovoltaic panels, wind turbines, etc..
RECOVERY
In the times of power outages, the battery storage system steps in as a reliable backup, ensuring uninterrupted operations and business continuity.
EFFICIENCY
Empower consumers and businesses to store low-cost solar energy and to use it during peak, high-cost periods and avoid higher tariff rates.
Composition of a BESS
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Battery Modules: The core energy-storing units.
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Storage Rack: it can stand outside or inside.
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Battery Management System (BMS): Ensures optimal operation and longevity of battery cells.
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Inverter/Power Conversion System (PCS): Converts energy to usable formats.
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Energy Management System (EMS): Coordinates overall system performance.
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Safety Systems: Include fire suppression, smoke detection, temperature control, and a conditioning control system.
Applications of BESS:
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Peak Shaving/Load Management: Balancing energy demand during high usage periods.
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Energy Time Shifting/Arbitrage: Storing energy when cheap and using or selling when prices are higher.
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Enhancing Energy Resilience: Providing backup power and enhancing system reliability.
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Frequency Response: Assisting in maintaining grid stability.
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Black Start System: Designed for emergencies, the accumulator activates to restore electricity in the event of a power outage.
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High-Voltage Energy Storage: The system captures energy in a capacitor at elevated voltages, releasing it to the power bus to maintain stability during outages.
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Commercial and Industrial Uses: Offering businesses control over their energy use and costs.
Energy Management System & AI
Energy Management System coordinates overall system performance. This part is powered by collaboration with our partners - EDIS LAB. Integrating BESS (Battery Energy Storage Systems) with AI and energy management systems marks a significant advancement in the energy sector, facilitating seamless renewable integration, optimizing power production, and providing critical backup power.
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This AI-driven approach enhances BESS operations through data acquisition, prediction, simulation, and optimization, leading to more effective energy storage and distribution. Moreover, DI uses information on market prices and trends; this system selects the most profitable periods for selling electricity.
The transition to AI-enabled BESS not only addresses the challenges of decarbonization and energy efficiency but also offers commercial and industrial operators a path to reimagine their environmental strategy and harness the benefits of innovation.
