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Schneider Electric, ABB, and Siemens Panel Builder
Risentric is an authorized panel builder supporting Schneider Electric, ABB, and Siemens switchgear and electrical panel solutions for commercial, industrial, infrastructure, and power distribution projects. Based on the project SLD, BOM, rated current, short-circuit capacity, brand preference, and technical standards, we can prepare suitable configurations for low-voltage switchgear, medium-voltage switchgear, ATS panels, MCC panels, and other customized electrical panels.
To learn more about our company background, factory capability, and quality control process, visit About Risentric.
Applicable IEC Standards
Risentric can prepare switchgear and electrical panel solutions according to project requirements and applicable IEC standards, including IEC 61439 for low-voltage switchgear assemblies, IEC 62271 for medium-voltage and high-voltage switchgear, IEC 60947-6-1 for transfer switching equipment, and IEC 60529 for enclosure IP protection.
Cost-Effective Electric Panel Box Options
In addition to Schneider Electric, ABB, and Siemens based solutions, Risentric also provides cost-effective switchgear options for projects that require practical configuration, controlled budget, and reliable electrical performance. Depending on the application, we can optimize component selection, cabinet structure, feeder arrangement, and technical configuration according to project drawings, SLD, BOM, and target cost.
For customized configuration, see our custom switchgear project selection guide.
What are Switchgears?
Switchgear is the equipment used to control, protect, isolate, and distribute electrical power safely within a power system. In practical projects, it usually includes incoming and outgoing breakers, busbars, protection devices, metering, and control components assembled inside an electrical enclosure.
- For a basic explanation before comparing product categories, see what is switchgear.
- If you are still comparing different switchgear categories, start with our guides on types of electrical switchgear.
- If you are not sure about the difference between switchgear and switchboard, read switchgear vs switchboard.
Choose the voltage class below to view the most relevant product category for your project.
| Voltage class | Typical range | Typical applications |
|---|---|---|
| Low Voltage Switchgear | Below 1 kV | Building power distribution, industrial plants, MCC, ATS, distribution boards |
| Medium Voltage Switchgear | Above 1 kV to 35 kV | Utility feeders, industrial substations, renewable energy, infrastructure |
| High Voltage Switchgear | Above the usual MV range | Substations, large industrial systems, utility and grid-connected projects |
For more application examples across low, medium, and high voltage systems, read LV, MV and HV switchgear applications.
To understand voltage applications, parameters, cabinet, drawings, components, and breakers, these guides help.
Distribution Panels, ATS Panels, and MCC Panels
Risentric supplies custom electrical distribution panels for commercial, industrial, and infrastructure projects. In addition to LV / MV / HV switchgear, we are also experienced in building distribution panels, ATS panels, and MCC panels based on project drawings, load requirements, control logic, and component preferences.
Our engineering team can support customization for:
- Distribution panels for power distribution, branch circuits, feeder control, and building or plant electrical systems
- ATS panels for automatic source transfer between utility and generator or other backup power systems
- MCC panels for centralized motor control, protection, and distribution in industrial processes
We can customize panel structure, rated current, incoming and outgoing feeder arrangement, protection scheme, control method, metering, communication, enclosure type, and preferred component brands according to project requirements.
Whether the project needs a standard distribution panel or a more integrated solution combining distribution, ATS, and MCC functions, Risentric can provide IEC-oriented designs for export and project-based supply.
Three-Phase Power Distribution Configuration
Three-phase power uses three alternating current phases to deliver more stable and efficient power for heavy electrical loads compared with single-phase systems. Most industrial and commercial switchgear projects are designed for three-phase power distribution, especially for factories, buildings, motors, pumps, HVAC systems, substations, and utility-connected electrical systems.
Risentric can customize LV, MV, and HV switchgear, distribution panels, ATS panels, and MCC panels according to your required phase configuration, rated voltage, rated current, frequency, short-circuit capacity, protection scheme, and incoming/outgoing feeder arrangement.
If you are comparing single-phase and three-phase systems, see single phase vs three phase power.
Prefabricated Substation and Compact Substation Solutions
A prefabricated substation, also called a compact substation, package substation, or box-type substation, combines medium-voltage switchgear, a distribution transformer, and low-voltage distribution equipment inside one outdoor enclosure. It is commonly used for industrial plants, commercial buildings, infrastructure projects, renewable energy sites, and utility power distribution where fast installation and space-saving design are required.
Risentric can customize prefabricated substations according to project requirements, including rated voltage, transformer capacity, MV/LV switchgear configuration, protection level, enclosure structure, ventilation, cable entry method, and preferred component brands. For detailed specifications, you can view our YB□-12/0.4-1250 prefabricated substation or send us your SLD, BOM, layout drawing, and technical requirements for quotation.
If you are comparing compact, prefabricated, package, and box-type substations, read our guide to substation names and differences.
