Industrial And Commercial Energy Storage Main Application Areas
Industrial and commercial energy storage systems are usually used in urban commercial buildings and urbanized areas, industrial parks, agricultural fields, non-electrical areas, remote areas and commercial transportation logistics. They provide reliable electricity supply, reduce energy costs, improve energy efficiency and promote sustainable energy development.
Energy Storage System Internal Structure Component
Cell Preparation
The positive and negative battery cells were prepared. The positive electrode is usually coated with a positive active substance on the aluminum foil, and the negative electrode is coated with a negative active substance (such as graphite) on the copper foil.
Assemble Battery Cells
The positive and negative monomers are stacked together and an electrolyte separator is added between them. These stacked cells are assembled together by winding or stacking them to form a battery cell.
Module Assembly
Assemble multiple battery cells into modules. Modules typically consist of multiple cell cells in series or in parallel to achieve the required voltage and capacity. Modules will also include components such as a battery management system (BMS) and connectors.
Battery Assembly
Multiple modules are assembled into the final battery pack. Depending on commercial and industrial requirements, battery packs can be composed of multiple modules in series or in parallel to meet the total voltage and capacity required.
System Integration
The battery pack is integrated with other components of the system, including inverters, energy management systems, monitoring systems, etc. Wiring, installing cooling systems, connecting cables, etc., to ensure the normal operation and safety of the entire industrial and commercial system.
Containers And Packaging
Place the assembled battery pack into the appropriate container to provide mechanical support and protect the battery assembly. Containers usually have protective measures to ensure the safety of the battery pack and prevent interference from the external environment.
Customized According To Electricity Demand
Product Introduction:
- Container energy storage system includes: storage battery system, PCS booster system, fire protection system. Widely used in power security, backup power supply, peak replenishment, new energy consumption, grid load smoothing and other scenarios.
Performance Characteristics:
- Flexible configuration of battery system type and capacity according to customer requirements. PCS adopts modular architecture.
- simple maintenance, flexible configuration, allowing multiple parallel machines.
- support parallel and off-grid operation mode, seamless switching, black start support EMS unattended system, local control, cloud monitoring operation, with highly customized functions. Including peak and valley peak reduction, demand response, backflow prevention, backup power, command and other modes of response.
- complete gas fire extinguishing system and fire automatic monitoring alarm system with sound and light alarm and fault loading function.
- perfect thermal control system, to ensure that the battery temperature in the best range of working range.
- access control system with remote control and local operation.
| Lithium Battery Energy Storage System Container | ||||
| Model | 300KWH | 500KWH | 800KWH | 1MW |
| Solar Panel | 300KW | 500KW | 800KW | 1MW |
| PV Combiner Box | Cutomized | Customized | Customized | Customized |
| Hybrid Solar Inverter | 300KW PCS | 500KW PCS | 800KW PCS | 1MW PCS |
| Utility Voltage Range | 380V/360V-440Vac; 480V/432V – 528Vac 50/45~55Hz; 60/55~65Hz | |||
| Solar Battery | Lithium Battery Packs BMS/MBMS/EMS Protection; | |||
| Packs | 2V GEL/OPzV Batteries Optional | |||
| Battery Racks | 4 Racks | 4 Racks | 6 Racks | 8 Racks |
| Data Monitor | Wifi Monitor/4G Terminal Monitor | |||
| PV Cable | 4/6mm2 | 4/6mm2 | 4/6mm2 | 4/6mm2 |
| Installation | Aluminium Alloy, Stainless Steel, Hot-dip Galvanized Steel,Ground Screw Mounting, Adjustable Brackets, Solar Tracker | |||
| Brackets | ||||
| Installation Site | Color Steel Tile/Tin Pitched Roof, Flat Roof, Cement/Soil Ground, Carport, etc | |||
| Installation Tools | Wire Cable Cutter & Stripper, Multi-Meter, Insulating gloves/covering etc | |||
| For installation manual, technical datasheet, inverter adjustment/testing, please send us an inquire | ||||
Reasons For The Rapid Development Of Industrial And Commercial Energy Storage:
- Energy demand management
- Energy cost reduction
- Renewable energy integration
- Policies and support measures
- Network services and grid capacity expansion
Industrial And Commercial Energy Storage Cycle And Calculation Methods:
- Average peak-valley price difference =50%×(first peak price/peak price – first valley price/usual price) +50%×(second peak price/peak price – second valley price/usual price)
- Annual peak-valley spread arbitrage income = daily available capacity of energy storage system after considering attenuation × daily charging and discharging times × annual working days × average peak-valley spread
- Annual net cash flow = (annual savings in spread electricity costs – annual operation and maintenance costs – annual inverter replacement costs) x discount factor
- Therefore, industrial and commercial energy storage according to comprehensive investment costs, operating expenses, policy subsidies, market demand, energy storage technology progress and other factors, the return cycle of industrial and commercial energy storage power stations is about 5-8 years
Customized solutions for your electricity consumption
After analyzing your specific needs, we will design a system that fits your home or commercial requirements. We take care of all the details of configuring the solar panels and wind turbine power.
We have our own production and design teams to create and test installations. We have guided the installation of thousands of devices.We are happy to assist you in designing your system.
Email us your requirements.
Check Out The Solar Systems Configured For Some Of Our Customers:
