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Product

Solution

Project Cases

Integrated Photovoltaic and Energy Storage Solution

Suitable for large industrial users who have already installed or plan to install photovoltaic systems, this can enhance the utilization rate and revenue from green electricity.

Smart, integrated photovoltaic-storage systems prioritize the consumption of photovoltaic power generation; surplus electricity is fed into the grid to boost revenue. Dynamic adjustments ensure compliance with grid regulations, reduce electricity costs and carbon emissions, and meet the diverse needs of industrial and commercial users.

 

Scheme advantages

Light-storage synergy

Smart synergy between photovoltaics and energy storage prioritizes the consumption of green electricity, thereby enhancing overall profitability.

Surplus power to the grid

Selling surplus photovoltaic power to the grid can create an additional source of revenue.

Dynamic optimization

Real-time adjustment of charge and discharge power ensures grid compliance and equipment safety.

Double cost reduction

Reduce electricity costs and carbon emissions to achieve a win-win outcome for both the economy and environmental protection.

Flexible adaptation

Compatible with existing or newly built photovoltaic systems, meeting the diverse needs of commercial and industrial applications.

Figure 1: Integrated Photovoltaic-Storage System Architecture System Architecture Diagram 2 System Architecture Diagram 3
Zhejiang Sav Digital Power Technologies Co., Ltd.
Zhejiang Sav Digital Power Technologies Co., Ltd.
Zhejiang Sav Digital Power Technologies Co., Ltd.

Applicable scenarios

  • Enterprises that have installed or plan to install photovoltaic systems for manufacturing parks, data centers, and other similar facilities.
  • Photovoltaic power generation has low utilization rates and needs to improve the revenue from green electricity.

Customer value

  • Improved overall revenue: The synergy between solar and energy storage prioritizes the consumption of green electricity, reducing electricity costs and increasing revenue from selling surplus power to the grid.
  • Carbon Emission Reduction: Reduce reliance on the power grid, increase the share of green electricity, and support the low-carbon transition.
  • Double cost reduction: By leveraging peak-valley arbitrage and photovoltaic power generation, we achieve simultaneous optimization of electricity costs and carbon costs.
  • Flexible adaptation: Compatible with existing photovoltaic systems, supports expansion of newly installed photovoltaic systems, and meets a variety of needs.
  • Grid Compliance: Dynamically adjust power output to avoid the risk of reverse power flow and ensure compliance with grid regulations.