How much can commercial & industrial energy storage actually save? Many are still hesitant. Let the real data speak for itself!
01 Data Platform Validates Real Returns
[Homsun Energy Storage Data Platform System Screenshot]
The Homsun Energy Storage Data Platform monitors nationwide connected projects in real-time.
The image above shows the system interface of the Homsun Energy Storage Data Platform. Enterprise users can view various real-time operational data of their storage systems at any time, grasp system status, and make informed decisions. The screenshot displays the real-time operation of the energy storage system at "XX Food Factory". Key data for calculating returns includes: Total Installed Capacity: 430 kWh, and Cumulative Earnings: ¥38,600.
[Homsun Energy Storage Data Platform Backend Settings]
The image above shows the backend settings of the Homsun Energy Storage Data Platform. The first row displays data for "XX Food Factory". Note the key data for return calculations: Commissioning Date: February 27, 2025.
XX Food Factory Core Data Summary (As of June 2, 2025)
| Metric | Value |
|---|
| Grid Connection Date | February 27, 2025 |
| Cumulative Operating Days | 94 days |
| Cumulative Earnings | ¥38,600 (USD $5,424*) |
| Installed Power | 200 kW |
| Installed Capacity | 430 kWh |
| Charge/Discharge Mode | Two cycles per day |
*Note: USD equivalent calculated at approximate exchange rate for clarity.
Return Calculation Explanation:
Based on the formula derived from the above data, during the current non-peak electricity consumption season, the enterprise's energy storage system generates a stable daily return of ¥0.95/kWh (USD $0.133/kWh*).
02 Peak Season Return Projection
41% Increase in Earnings During Peak-Rate Days
[July 2024 Guangdong Large Industrial Electricity Price Structure]
According to the data above, during July, August, September, and on days with temperatures exceeding 35°C (95°F), there are 3 hours of peak-rate periods daily. The electricity price during peak-rate periods is ¥0.28/kWh higher than during regular high-rate periods.
Taking the "XX Food Factory" as an example, the daily energy storage earnings would increase by:
¥0.28/kWh × 200 kW × 3h = ¥168 (USD $23.60*).
Therefore, on days with peak-rate periods, the system's daily earnings would be:
¥168 + ¥410.6 = ¥578.6 (USD $81.30*), representing a 41% increase in returns.
03 Choose Homsun Energy Storage
[Homsun Energy Storage Data Platform interface, featuring remote control, return analysis, and alarm functions.]
✅ Real-time Monitoring: Via the Homsun Energy Storage Data Platform, enterprises can view core metrics such as charge/discharge data, real-time earnings, and cumulative earnings anytime. Precisely track returns, enable remote operation & maintenance (O&M), and reduce labor costs.
✅ Return Guarantee: The system utilizes high-energy-density Lithium Iron Phosphate (LFP) batteries, known for quality and efficiency. Supporting two charge/discharge cycles per day, it leverages peak-valley electricity price differentials and peak-period pricing advantages, enabling daily electricity cost savings of up to 65%!
✅ Rapid Deployment: Short installation cycles. Plug-and-play integrated units enable swift commissioning before the July peak season, allowing you to capitalize on electricity pricing benefits!
Act Now, Seize the Profit Opportunity!
July marks the start of the peak electricity consumption season. Procuring a Homsun Energy Storage System now not only delivers stable current returns but also positions you for substantial increases in returns during July-September!
Scan the QR code below immediately to get your personalized Energy Storage Economic Feasibility Report!
