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Industrial and commercial energy storage systems refer to energy storage devices installed in industrial or commercial facilities. These systems are able to store excess power and release it during times of peak demand, helping businesses reduce electricity costs, optimize energy use, and improve the stability and security of energy supply. From industrial parks and business centers to data centers, to hospitals and schools, energy storage systems have a wide range of application scenarios.
Industrial and commercial peak and valley electricity prices can be used to achieve peak and valley arbitrage system, in addition to industrial and commercial energy storage can also reduce transformer capacity fees, reduce the maximum demand for transformer electricity, delay the user's distribution capacity construction and as a backup power for enterprises and industrial and commercial savings.
Using idle resources, increase income, promote energy conservation and emission reduction, produce good social benefits, reduce internal temperature, and increase environmental comfort.
Photovoltaic off-grid systems are mostly used in areas with no mains access and poor mains quality. In these areas, electricity is a rigid demand, and stable and reliable power is the primary design consideration.
The energy storage system refers to the energy storage power generation system refers to the solar energy conversion through the battery and other media stored, and then released when needed to use a system.
Set photovoltaic, energy storage, power grid, load equipment in one, with efficiency, intelligence, safety as the concept, accept and, off-grid safe working mode, to provide safe, intelligent, efficient clean energy solutions for industrial and commercial fields.
Contribute taxes, solve employment, and bring income.
Avoid the impact of future electricity price increases.
Solve energy and carbon emission problems, green supply chain management advantages.
Electricity discounts, electricity sales income, policy subsidies, carbon trading, etc.,high returns and high returns.
1MW, power generation of about 1.2 million kWh/year, equivalent to 350 tons of coal,reducing carbon dioxide emissions by 1,000 tons.
Original hard parts, with the most stringent quality management system, to ensure that the system is safe, stable and reliable, to bring users a worry-free experience of the whole life cycle.
Taking the 2MW project invested by the owner in Jiangsu in 2022 as an example, the DE19R 580W original system.
Installed Capacity
Effective Illumination
Spontaneous Self-use Ratio
Comprehensive Electricity Price
| Project Investment | |||||
| System Unit Price 3.2 yuan/watt | Power Station Cost 6.4 million yuan | Maintenance cost 100,000 yuan/year | |||
| Power Generation Calculation | |||||
| Annual Average Power Generation 1.94 million kWh | 25-Year Power Generation 48.55 million kWh | ||||
| Profit Calculation | |||||
| Annual Average Revenue(power saving + access to the Internet) 1.295 million yuan | 25-Year Revenue (power saving + Internet access) 32.37 million yuan | 25-Year Net Revenue 24.31 million yuan | |||
| Return On Investment | |||||
| Payback Period About 4.4 Years | IRR 20.97% | ||||
* The full life cycle benefits are 10% higher than ordinary systemsThe actual benefits of the project are related to many factors such as local climate, lighting conditions, roof conditions, corporate electricity curve, electricity prices, etc. The above benefit calculation is for reference only. |
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