How to Select a 125KW/261KWH Liquid Cooling ESS Cabinet for C&I Applications

You cannot just plug on more batteries to commercial/industrial energy storage. In a complete system, the coordination of the battery cells, power conversion, thermal management, protection devices and intelligent monitoring are required.

Designed to help simplify the installation process and to enhance the system reliability for commercial and industrial projects, the SANDISOLAR 125KW/261KWH All-in-one Liquid Cooling Outdoor Cabinet combines energy storage components into a single outdoor cabinet solution.

The integrated ESS solution, which includes high energy capacity and advanced temperature management, is suitable for applications like factories, commercial buildings and renewable energy projects.

To get to know the 125KW and 261KWH Configuration

The two numbers refer to various aspects of the energy storage system.

A 125kW is the max power output. It defines the amount of electrical power which the system can provide at any given instance and has an impact on applications like Peak Load Management and Backup Power Support.

261kWh is the energy capacity of the storage. It provides the information on the duration for which the system can continue operating at a given load.

For instance, if a facility needs 50ks of continuous support, then it is a theoretical possibility to get several hours of operation based on actual operating conditions, loads and system efficiencies.

Project developers need to consider power requirement as well as energy requirement in the process of choosing an ESS cabinet.

Project Factor	Evaluation Content
Power Demand	Maximum kW required by loads
Energy Demand	Required kWh storage duration
Peak Load	High-demand operating periods
Solar Integration	PV generation and storage strategy
Backup Requirement	Critical loads and outage duration

The All-in-one Outdoor Cabinet Design is an excellent option for those looking for a convenient way to store various items outdoors.

Typically, the traditional energy storage systems need separate battery racks, PCSs systems, cooling facilities and protection systems.

An integrated outdoor cabinet is a platform that integrates these components.

Main advantages include:

• Reduced installation complexity
• The need for less supplier project coordination.
• Faster commissioning process
• Improved component compatibility
• More compact system layout

An integrated solution simplifies the engineering workload for EPC companies and system integrators, and is offered to their customers as an overall energy storage solution.

Users can access the SANDISOLAR Commercial Energy Storage Solution to get a full commercial energy storage planning.

A liquid cooling system enhances battery performance on a large-scale.

The greater the battery capacity, the more critical thermal management is.

Liquid cooling can help maintain uniform cooling of battery modules, as opposed to air cooling.

It is best if the operating temperature is stable:

• Minimize temperature variations between cells
• Improve battery consistency
• Extend the length of time that the products last.
• Ensure good performance under varying circumstances

When it comes to large commercial systems that are used 24/7, thermal management is a key aspect of the system design.

Integrated PCS Makes Energy Convertion Easy

The power conversion system is designed to link the battery storage side to the AC side of the electrical system.

The built-in design of the cabinet facilitates the communication between the main components and avoids the installation of PCS separately.

The PCS manages:

• Battery charging
• Battery discharging
• AC power conversion
• Grid interaction
• System operating modes

The system can be used in conjunction with solar generation to enhance a business' renewable energy use and manage electricity use.

With SANDISOLAR's ESS product line, SANDISOLAR offers various energy storage solutions.

The 261KWH Energy Storage is suitable for commercial applications where space is limited.

The 125KW/261KWH cabinet can be used for a variety of C&I applications.

Factory Energy Management

The use of energy storage for manufacturing facilities can help to lower their peak electricity usage and manage power usage more effectively.

PSS Projects

Solar energy can be stored for use at times during which it is not being produced using PV systems.

Commercial Buildings

Storage systems can be used to enhance the energy flexibility of shopping centers, offices and business facilities.

Microgrid Applications

Microgrid systems can be used in industrial parks and remote facilities to provide a greater degree of energy reliability through the use of storage cabinets.

Safety Protection & Intelligent Monitoring

If you are using a commercial ESS cabinet, it needs several layers of protection to be used safely.

Important functions include:

• A Battery Management System (BMS)
• Temperature monitoring
• Over-voltage protection
• Over-current protection
• Fault detection

Operator monitoring can be done remotely, so that system status can be monitored and abnormal conditions can be identified and maintenance plans can be made.

Complete energy storage project should consist of comprehensive energy storage system protection and intelligent operation management.

The Liquid Cooling ESS Cabinet can be evaluated in a variety of ways.

When choosing an energy storage cabinet, project owners should take into account:

Power Requirement

Verify output power needed according to the loads in the facility.

Energy Capacity

Determine energy storage requirements to run on a daily basis or back up.

Installation Environment

Determine outdoor conditions, space and protection needs.

System Compatibility

Verify Communications, Grid Requirements and EMS integration.

Service Support

Think of technical assistance, availability of spares and long term maintenance.

Selection Item	Key Check
Capacity	261kWh storage requirement
Power Output	125kW system demand
Cooling System	Liquid cooling capability
Protection	BMS and safety functions
Installation	Outdoor environment suitability
Communication	EMS and monitoring compatibility

Considerations for the installation and commissioning.

While the cabinet includes several parts, it's still best to have it installed by a pro.

Important steps include:

• Confirming foundation requirements
• Checking electrical connections
• Testing communication systems
• Verifying protection functions
• Carrying out charging and discharging tests.

Correctly commissioning batteries, PCS, cooling and monitoring systems will allow them to work together properly.

Access technical documents and product resources in the SANDISOLAR Download Center.

Develop and design more efficient commercial energy systems.

The 125KW/261KWH All-in-one Liquid Cooling Outdoor Cabinet is a comprehensive energy storage solution for the commercial sector, integrating battery power, power electronics and thermal management into a single solution.

When it comes to choosing the right ESS cabinet for businesses, it is important to consider the combination of power and capacity requirements, along with environment and operation objectives, to achieve optimum load management.

FAQ

Q1. 125KW/261KWH—what does it mean?

125kW is the power output of the system and 261kWh is the energy capacity stored.

Q2. What is the need for liquid cooling in ESS cabinet?

Liquid cooling offers more even temperature distribution and aids to ensure consistent battery performance in large battery systems.

Q3. Can this cabinet be installed outdoors?

Yes. It provides a cabinet energy storage solution for commercial and industrial applications that can be used outdoors.

Q4. This ESS cabinet can be used in what projects?

Can be used for factories, commercial buildings, solar-storage projects and microgrid applications.

Q5. But does an integrated cabinet cut down on the amount of installation work?

Yes. An integrated system of battery, PCS and thermal management, in a single cabinet, can facilitate system integration and commissioning.