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Introduction to C & I Energy Storage Systems Solutions
TYCORUN provides efficient, safe, and reliable commercial and industrial energy storage solutions to help businesses optimize energy management and achieve sustainable development.
TYCORUN’s commercial battery storage systems are specifically designed for applications such as small factories, shopping malls, and electric vehicle charging stations, with OEM/ODM services available.
Advanced C & I Energy Storage Solutions from TYCORUN
TYCORUN’s commercial battery storage systems integrate cutting-edge technology with intelligent management systems, offering modular, flexible energy storage capabilities.
These industrial energy storage solutions significantly reduce business electricity costs and improve energy efficiency. Designed to meet diverse application needs, they support customized applications worldwide.
The Advantages Of TYCORUN's Commercial Battery Storage Systems
High Efficiency and Energy Saving
Optimize electricity usage with smart power scheduling and peak-shaving functions to reduce peak electricity costs, helping businesses achieve long-term savings.
Reliability and Safety
Using LFP batteries and a system-level multi-layer safety protection design ensures stable system operation and high safety, avoiding power outages and equipment damage.
Flexible Customization
Modular design allows for tailored solutions based on energy demand, scale, and budget, ensuring efficient operation and return on investment.
Energy Independence
Reduce reliance on external grids with the energy storage system, providing backup power to ensure stable and continuous supply during grid failures or peak loads.
Environmentally Friendly
Supports renewable energy integration to help businesses achieve carbon reduction goals and promote green sustainable development.
Smart Monitoring and Maintenance
Equipped with a remote monitoring system and intelligent management platform, it provides real-time power data, enhances operational efficiency, reduces labor costs, and ensures continuous system optimization.
How Commercial Battery Storage Systems Work?
Industrial energy solutions efficiently manage energy through multiple stages. When electricity is abundant or priced low, the system stores electrical energy as chemical energy in lithium batteries for later use. During high demand or peak pricing, it converts the stored chemical energy back to electrical energy using a bidirectional converter (PCS) and releases it to the grid.
The commercial battery storage features a Battery Management System (BMS) and an Energy Management System (EMS). The BMS monitors battery status in real time to ensure safe operation, while the EMS optimizes charge and discharge strategies based on grid load and pricing information. This helps commercial and industrial users charge during low-demand periods, discharge during peak demand, and achieve peak shaving to lower costs and improve economic benefits.
Technical Parameters for TYCORUN’s Commercial Battery Storage Systems
100 KWh Battery Storage – The Best Choice for Small Factories, Shopping Malls, and Charging Stations
The 100 KWh battery storage utilizes advanced battery technology and an intelligent management system, supporting real-time monitoring of storage battery parameters via PC and mobile apps. This reduces operational complexity, enhances efficiency, and lowers costs. The 100 kWh battery storage is the ideal backup power solution for factories, schools, and shopping malls.
A-grade LFP Batteries
Multiple Protection
Long Cycle Life
Low Maintenance Costs
200 KWh Battery Storage Suitable for Small Factories, Shopping Malls, and Charging Stations
The 200 KWh battery storage system, utilizing LFP (Lithium Iron Phosphate) battery technology, efficiently stores and releases large amounts of energy. It provides stable and continuous power supply during outages, minimizing economic losses caused by unexpected power interruptions across various facilities.
Safe & Reliable
Modular Expansion
Cost-Efficient
Long-Term Durability
300 KWh Battery Storage for Small Factories, Shopping Malls, and Charging Stations
The 300 KWh battery storage system is widely used in factories, schools, shopping malls, and EV charging stations. It provides efficient energy storage and management for industrial and commercial applications, ensuring reliable power supply and cost optimization. During unexpected power outages, it serves as a backup power source, delivering stable and safe current to various equipment.
Cost Optimization
Reliable Backup
Sustainable Integration
Extreme Durability
500 KWh Battery Storage - The Ideal Choice for Small Factories, Shopping Malls, and Charging Stations
The 500 KWh battery storage system utilizes advanced Lithium Iron Phosphate (LFP) battery technology, providing efficient energy storage and release. During power outages, this system ensures a stable and reliable power supply for various facilities, helping users minimize economic losses caused by unexpected disruptions.
High Safety
Modular Flexibility
Energy Optimization
Global Adaptability
Why Choose TYCORUN's Industrial & Commercial Energy Storage Systems?
Applications of Commercial and Industrial Energy Storage Systems
Reduce electricity costs and enhance energy security with peak-shaving and load balancing during production.
Provide backup power during grid outages to ensure critical equipment operates continuously, improving energy reliability.
Ease peak charging pressures and enhance charging efficiency, supporting stable operation of charging stations.
Store excess electricity from PV systems for use during night or cloudy days, optimizing power scheduling and improving efficiency.
Combine energy storage systems with PV generation to optimize power scheduling, improve efficiency, and reduce waste.
Support regional energy self-sufficiency and load balancing, providing stable power supply and increasing energy efficiency.
Case Study For TYCORUN Commercial Battery Storage Systems
Industrial Energy Solutions for Factory
- Client: A small manufacturing factory in Beijing
- Background: Faced high electricity costs during peak demand and unstable power supply during production.
- Solution: TYCORUN provided a commercial battery storage HB100K/215K system, enabling charging during low-demand periods and discharging during peak times to ease electricity pressure.
- Results: The system reduced electricity costs by 30% and improved power stability, ensuring continuous operation of equipment.
Commercial Complex Energy Storage Solution
- Client: A large commercial complex in Germany
- Background: High evening electricity demand increased dependence on the grid and energy costs.
- Solution: TYCORUN deployed a commercial battery storage HB200K/372K system integrated with onsite PV generation, storing electricity during the day and discharging during evening peaks.
- Results: The commercial battery storage systems reduced grid dependency, significantly lowered energy costs, and improved energy efficiency, achieving economic benefits.
EV Charging Station Energy Storage Solution
- Client: An EV charging station in the USA
- Background: High electricity demand during peak times caused grid overload and high energy costs.
- Solution: TYCORUN provided a Business Energy Storage HB50K/100K system with intelligent scheduling to store electricity during low-cost periods and alleviate peak-time pressure.
- Results: Reduced electricity costs, ensured peak demand satisfaction, lightened grid load, and improved operational efficiency.
Electrical Estimation for Commercial and Industrial Energy Storage Systems
| Device | Power (Watt) | Time (Hour) | Energy Consumption per Day (Wh) |
|---|---|---|---|
| LED Lights (50 units) | 10W | 10 hours | 1000 Wh |
| Air Conditioning System (3 units) | 2000 | 8 hours | 16000 Wh |
| Power Tools (5 units) | 500W | 6 hours | 3000 Wh |
| Electric Vehicle Charging (2 units) | 3000W | 4 hours | 12000 Wh |
| Elevator System | 4000 | 3h | 300Wh |
| Computer Workstations (10 units) | 250W | 8 hours | 20000 Wh |
| Refrigerators (3 units) | 150W | 10min | 100Wh |
| Kitchen Equipment (2 units) | 1000W | 2 hours | 2000 Wh |
| Heating System (Mall) | 5000W | 6 hours | 30000 Wh |
| Televisions (4 units) (Mall) | 100W | 5 hours | 2000 Wh |
| Ventilation Equipment | 1500W | 10 hours | 15000 Wh |
When planning a industrial energy storage solution for the first time, conducting an energy estimation is crucial. To achieve an accurate assessment, certain steps are necessary, such as determining the total power consumption of the equipment used and calculating the required capacity of theindustrial energy solutions.
How To Desigh C & I Energy Storage Solutions
FAQs About Industrial Energy Storage Solutions
By storing energy during low-cost periods and discharging during peak periods, the system lowers peak pricing expenses. Intelligent scheduling and demand control further optimize electricity usage and reduce costs.
TYCORUN's LFP commercial battery storage ensure reliability with multi-layer safety designs. Backup power and smart scheduling automatically switch during grid faults or peak loads, safeguarding critical equipment and reducing grid dependence.
Businesses can collaborate with TYCORUN to tailor commercial battery storage systems based on their specific energy needs, usage patterns, and budgets. Modular designs and flexible configurations ensure optimal efficiency and economic benefits.
TYCORUN specializes in advanced Commercial Energy Storage Systems designed to deliver reliable and efficient energy solutions for businesses, including small factories, shopping malls, and electric vehicle charging stations.
If you would like to consult our experts, feel free to contact us. We are dedicated to providing tailored energy storage solutions to meet your commercial and industrial energy needs.
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