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Veep’s Integrated Solar and Battery Energy Storage System (Solar + BESS) is a comprehensive solution that combines solar photovoltaic (PV) technology with an advanced Battery Energy Storage System to optimize the generation, storage, and utilization of renewable energy.

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The system allows excess solar energy generated during the day—when demand is low—to be stored and used later in the evening, during cloudy conditions, or at peak demand hours.

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Functioning as an intelligent energy buffer, the BESS helps mitigate the intermittency and fluctuations of solar power, thereby enhancing grid stability, providing backup power, and improving energy autonomy for both businesses and end users.

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This solution ultimately supports the transition toward a greener, more resilient, and energy-efficient ecosystem.

Cực hữu ích

Stabilize the grid and increase reliability

  • ​Reducing power fluctuations (Firming): The battery compensates for fluctuations due to weather, ensuring stable output power.

  • Backup Power: Maintains continuous operation for homes, businesses or critical infrastructure during grid power outages.

Sửa đường dây điện

Optimize costs and increase energy autonomy

  • Increase self-consumption: Use stored solar power instead of selling it cheaply or cutting it.

  • Reduce electricity bills: Charge batteries during off-peak hours, discharge during peak hours to save costs.

  • Take advantage of the electricity market: Smart systems can sell electricity when the price is high, charge when the price is low → maximize profits.

Nhà máy thủy điện

Support sustainable development

  • ​Reduce reliance on fossil fuels during peak hours.

  • Cut CO₂ emissions and air pollutants, contributing to the Net Zero target.

Kỹ sư

Operational efficiency and flexibility

  • Load Balancing: Store when there is surplus, discharge when there is shortage → balance supply and demand.

  • Modularity: Modular design, easy to upgrade with additional batteries or PV panels.

  • AI & Machine Learning integration: Forecast output, load demand, electricity price → optimize charging/discharging strategy, increase economic efficiency.

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