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Kamada Power C&I Energy Storage CESS 215kwh Battery Storage BESS Industrial Commercial Energy Storage Systems
What is 100KW 215 kWh Battery Commerical Energy Storage System Air-Cooling
100kw 200kwh / 215 kwh battery storage cabinet integrates energy storage batteries, PCS modules,EMS,3-level battery management system, photovoltaic modules, distribution boxes,industrial air conditioning, etc. Through special pipeline design, the thermal management system is optimized to make the system operate more safely and efficiently.
200kWh / 215 kWh Battery Commerical Energy Storage System Features
Safe and Stable
Equipped with three-stage protection system to realize all-round system protection Precise Air-cooled temperature control design to realize long-lasting stability.
Multiple benefits
Supports demand-side response and virtual power plant, realizing multiple benefits Can support dynamic switching of energy regulation strategies.
Intelligent Synergy
Intelligent switching strategies for different scenarios: peak shaving and valley filling, capacity management, dynamic capacity increase for new energy consumption, local and cloud monitoring and control linkage for program curve response.
Highly Integrated
The system is fully integrated, incorporating LFP ESS batteries, PCS, EMS, FSS, TCS, IMS, and BMS.
Long Service Life
Built with Tier one A+ LFP cells offering over 6000 cycles and a service life exceeding 10 years.
Modular Design
AC and DC can be designed independently to realize flexible configuration, small weight of a single unit, easy to install.
Remote Monitoring
Battery and system operations can be remotely monitored via a cloud platform, with remote switching and grid disconnection capabilities.
Versatile Features
Optional PV charging modules, off-grid switching modules, inverters, STS, and other accessories are available for microgrid and other applications.
Intelligent Management
The local control screen provides various functionalities such as system operation monitoring, energy management strategy formulation, remote device upgrades, and more.
C&I Energy Storage System Shaving Peaks and Filling Valleys
Solve the problem of staggered peaks, improve power quality and be prepared for any problems
Shaving Peaks：Centralized solutions are mostly applied to the new energy generation side,smoothing the output.
Filling Valleys: Distributed energy storage solutions are mostly used in small-scale commerciaand industrial businesses, where energy storage is configured to reduce themaximum power demand of the business at peak times, serving to reducecapacity tariffs. lt improves power quality and can also be used as a backuppower source.
215 kWh Battery C&I Commerical Energy Storage System Architecture Diagram
200 kWh / 215 kWh Battery Commerical Energy Storage System Application Scenario
The Kamada Power 200kWh / 215kWh Battery C&I Energy Storage System offers exceptional performance, making it suitable for a wide range of applications including farms, livestock facilities, hotels, schools, warehouses, communities, and solar parks. It is compatible with grid-tied, off-grid, and hybrid solar systems
Kamada Power 215 kWh Battery C&I Energy Storage System EMS Benefits
Peak Shaving and Valley Filling
According to the configured peak and valley charging and discharging strategies, the energy storage system can be charged during low-priced valley hours and discharged during high-priced peak hours, which effectively reduces the cost of electricity consumption for users.
Inverse power protection
The EMS system dynamically and automatically adjusts itself according to the load's power consumption conditions, preventing unauthorized backflow of energy storage discharge and PV power to the grid.
Dynamic Capacity Expansion
When the user needs the transformer to run overloaded in a certain period of time, the EMS can adjust the energy storage and load, dynamically increase the transformer capacity, and reduce the cost of static capacity increase of the transformer.
Demand Management
EMS controls the discharge of storage capacity to avoid the load power consumption exceeding the maximum capacity of the transformer, resulting in the excess expenditure of transformer capacity charge.
Off-grid power backup
In the event of a grid failure, the EMS allows the energy storage system to switch to an independent off-grid operation mode (constant voltage mode) to support the loads to continue normal power consumption until the grid is restored.
Well Grid Consumption
With the support of an energy storage system, the power generated by PV can be temporarily stored and then released when needed, thus smoothing the power system's demand for electricity.
Kamada Power Commercial Energy Storage Systems Application Case
Shenzhen Kamada Electronic Co.,Ltd
Kamada Power Exhibition
Kamada Power Battery Manufacturers Certification
Kamada Power Energy Storage System Manufacturers Factory Production Process
Kamada Power Battery Manufacturers
Kamada Power Battery Factory produces all types of oem odm customised battery solutions:home solar battery, low-speed vehicle batteries (golf batteries, RV batteries, lead-converted lithium batteries, electric cart batteries, forklift batteries), marine batteries, cruise ship batteries, high-voltage batteries, stacked batteries, Sodium ion battery, industrial and commercial energy storage systems
Frequently Asked Questions
A Commercial and Industrial (C&I) energy storage system is specifically designed for applications in commercial and industrial sectors, including factories, office buildings, data centers, schools, and shopping centers. These systems enable businesses and organizations to optimize energy consumption, reduce costs, ensure backup power, and facilitate the integration of renewable energy sources.
C&I energy storage systems typically feature larger capacities than residential counterparts to meet the higher energy demands of commercial and industrial facilities. The predominant technology employed in these systems is battery-based, often utilizing lithium-ion batteries for their superior energy density, extended cycle life, and efficiency. However, depending on the specific energy requirements and operational conditions of the facility, other energy storage technologies such as thermal energy storage, mechanical energy storage, and hydrogen energy storage may also find application in C&I settings.
A Commercial and Industrial (C&I) energy storage system operates similarly to residential systems but on a larger scale to meet the higher energy demands of commercial and industrial facilities.
These systems store electricity from renewable sources like solar panels or the grid during off-peak times. A battery management system (BMS) ensures safe and efficient charging. The stored energy is converted from direct current (DC) to alternating current (AC) by an inverter to power equipment and devices.
Advanced monitoring allows facility managers to track energy generation, storage, and consumption in real-time. This capability optimizes energy usage, lowers costs, and supports grid interaction through demand response programs and exporting surplus renewable energy.
C&I energy storage systems enhance energy efficiency, reduce costs, and support sustainability efforts for businesses.
1. Peak Demand Management & Load Shifting : Assist businesses in reducing energy costs and enhancing energy management by utilizing stored energy during periods of peak electricity demand.
2. Backup Power : Provide emergency power, minimizing downtime and potential revenue losses, while also bolstering facility resilience and reliability.
3. Integration of Renewable Energy : Optimize the utilization of renewable energy sources, supporting sustainability goals and compliance with renewable energy mandates.
4. Grid Support : Enable commercial and industrial facilities to participate in demand response initiatives and provide grid services, generating additional revenue and enhancing overall grid stability.
5. Improved Energy Efficiency : Help businesses optimize energy usage and decrease overall energy consumption by utilizing stored energy to manage fluctuations in energy demand.
6. Enhanced Power Stability : Improve power quality by regulating voltage and mitigating fluctuations within the local grid infrastructure.
| 50kw/100kWh | 100kW/215kWh | |
|---|---|---|
| Model | KMD-CI-10050A-ESS | KMD-CI-215100A-ESS |
| Max.PV input power | 50kW | 100kW |
| Max.Pv input votage | 620V | 680V |
| STS | STS Optional | STS Optional |
| Transformer | Transformer inside | Transformer inside |
| Cooling method | Air-cooled air conditioner 2000W | Air-cooled air conditioner 3000/4000W |
| Battery (DC) | ||
| Rated Battery Capacity | 100 kWh Battery | 215kWh / 200 kwh battery |
| Rated System Voltage | 302.4V-403.2V | 684V-864V |
| Battery Type | LFP3.2V | LFP3.2V |
| Battery Cell Capacity | 280Ah | 280Ah |
| Series of Battery | 1P16S | 1P16S |
| AC | ||
| Rated AC Power | 50kW | 100kW |
| Rated AC Current | 72A | 144A |
| Rated AC Voltage | 380VAC, 50/60Hz | 380VAC, 50/60Hz |
| THDi | <3% (Rated power) | |
| PF | -1 leading TO +1 lagging | |
| General Parameters | ||
| Protection level | IP55 | |
| Isolation mode | Non-Isolation | |
| Operating temperature | -40~55℃ | |
| Altitude | 3000m(>3000m derating) | |
| Communication Interface | RS485/CAN2.0/Ethemet/dry cntact | |
| Dimension(HWD) | 2100*1100*1000 | 2360*1600*1000 |
