Main LT Panels
Main incoming power distribution, protection, metering and outgoing feeder management.
LT and HT Electrical Panels, PCC, MCC, APFC and VCB Switchgear
ELECTRICAL POWER ENGINEERING
Engineered Electrical Panels for Reliable Power Distribution
Industrial electrical systems require safe distribution, dependable protection, effective motor control and carefully engineered switchgear.
Neo Technologies provides engineering and integration solutions for LT and HT electrical panels including PCC, MCC, APFC, distribution panels, control panels and VCB-based switchgear systems.
Our approach covers the complete engineering lifecycle from system study and electrical design through panel manufacturing support, wiring, testing, installation and commissioning.
COMPLETE PANEL SOLUTIONS
From Power Intake to Machine Distribution
Electrical panels form the operational backbone between incoming electrical power and the machines, motors, processes and utilities that depend on it.
Power Distribution
Circuit Protection
Motor Control
Metering
Power Factor Control
Automation Integration
LOW VOLTAGE POWER DISTRIBUTION
LT Electrical Panel Systems
Integrated low-voltage panel solutions for distribution, protection, motor control, metering and industrial electrical-system management.
PCC Panels
Power Control Centres for organized industrial power distribution and feeder protection.
MCC Panels
Motor Control Centres for motor starting, protection, isolation and control.
Distribution Panels
Customized electrical distribution for machines, utilities, process areas and building loads.
MEDIUM-VOLTAGE POWER SYSTEMS
HT Switchgear & VCB Panels
Engineered switchgear architectures for incoming supply, protection, switching, metering and controlled distribution of medium-voltage power.
HT panel configurations can include VCB incomers, outgoing feeders, bus couplers, metering and protection arrangements selected according to project and system requirements.
ELECTRICAL ARCHITECTURE
From Incoming Power to Industrial Loads
A coordinated panel architecture distributes electrical power while providing switching, protection, metering, motor control and process integration.
HT Incoming Supply
HT Switchgear
Transformer
Main LT / PCC
MCC / APFC
Motors & Loads
POWER & MOTOR CONTROL
PCC & MCC Control Panels
Separate power distribution from motor control while maintaining coordinated protection, monitoring and operational control.
PCC – Power Control Centre
PCC panels distribute incoming LT power to major outgoing feeders and downstream systems while incorporating switching, protection and metering.
MCC – Motor Control Centre
MCC panels centralize motor feeders and can integrate starters, contactors, protection devices, VFDs and control interfaces according to motor and process needs.
Incomer / Outgoing
Bus Coupler
DOL / Star-Delta
VFD Feeders
Motor Protection
PLC Integration
POWER QUALITY
APFC – Automatic Power Factor Control Panels
Automatic power factor correction systems help manage reactive power by switching capacitor stages according to changing electrical load conditions.
APFC Relay
Monitors system conditions and controls capacitor-bank switching stages.
Capacitor Banks
Provide reactive-power compensation based on system design requirements.
Switching
Contactor or suitable switching arrangements selected for the application.
Detuned Solutions
Reactor-based configurations can be considered where harmonic conditions require them.
ELECTRICAL ENGINEERING
Electrical Panel Design & Engineering
Good panel manufacturing begins with clear, coordinated and technically complete engineering.
Electrical design documentation establishes how power is distributed, protected, controlled and physically arranged before fabrication begins.
Single Line Diagram
General Arrangement
Bill of Material
Control Schematics
Panel Layout
Wiring Drawings
Component Selection
Cable / Terminal Details
ENGINEERING DELIVERABLES
Documentation That Connects Design to Manufacturing
01
SLD
Single-line diagrams defining electrical distribution and major protection architecture.
02
GA Drawings
General arrangement defining panel sections, dimensions, devices and physical layout.
03
BOM
Structured bill of materials covering selected switchgear, protection and control components.
04
Schematics
Control, protection, indication and interlocking circuits prepared for manufacturing and testing.
PANEL BUILD
Electrical Panel Manufacturing & Wiring
Engineering drawings are translated into physical switchgear assemblies through enclosure preparation, busbar work, component mounting, wiring and inspection.
01
Fabrication
Enclosure and mechanical preparation according to approved panel arrangement.
02
Busbars
Busbar preparation and assembly according to engineered requirements.
03
Components
Mounting of switchgear, relays, meters, terminals and control devices.
04
Wiring
Power and control wiring according to approved schematics.
05
Inspection
Verification of assembly, wiring, labeling and workmanship.
06
Testing
Electrical and functional verification prior to dispatch or installation.
VERIFICATION & HANDOVER
Electrical Panel Testing & Commissioning
Testing verifies that the assembled system corresponds with approved engineering and performs its intended electrical and control functions.
Visual Inspection
Wiring Verification
Insulation Testing
Relay Testing
Functional Testing
Interlock Verification
Protection Checks
Site Commissioning
The exact test scope depends on panel type, voltage level, equipment, applicable standards and project specifications.
PANEL PORTFOLIO
Electrical Panels for Industrial Power & Control
LT Panels
Main LT and low-voltage distribution systems.
HT Panels
VCB-based switchgear and feeder configurations.
PCC Panels
Power distribution, switching and feeder protection.
MCC Panels
Centralized motor control and protection systems.
APFC Panels
Automatic reactive-power compensation systems.
VFD Panels
Variable-frequency drive integration and motor control.
Control Panels
PLC, relay and application-specific control systems.
Customized Panels
Application-specific electrical and automation assemblies.
INDUSTRIAL APPLICATIONS
Power Distribution Across Industries
Panel architecture is engineered around the electrical, operational and control requirements of each application.
Manufacturing
Chemical
Pharmaceutical
Oil & Gas
Water
Infrastructure
Power & Energy
Solar
Food & Beverage
Commercial
Material Handling
OEM Machines
Design
SLD • GA • BOM • Schematics
Engineering
Protection • Control • Selection
Panel Build
Assembly • Busbar • Wiring
Commissioning
Testing • Integration • Handover
WHY NEO TECHNOLOGIES
Electrical Engineering Meets Industrial Automation
Modern electrical panels increasingly connect with PLC, SCADA, drives, instrumentation, industrial networks and digital monitoring systems. Our broader automation capabilities help us approach panels as part of the complete industrial control architecture.
Engineering Driven
Panel solutions developed from system requirements and electrical documentation.
Automation Integration
Electrical distribution can be coordinated with PLC, HMI, SCADA and drive systems.
Application Focus
Architecture selected around actual loads, motors, process and operating needs.
Lifecycle Approach
Engineering support from design and documentation through testing and commissioning.
RELATED CAPABILITIES
Connect Electrical Power with Automation
System Integration
Integrated PLC, controls, instrumentation, panels and industrial communication.
Explore →
Machine Automation
PLC, HMI, VFD, servo and integrated machine-control solutions.
Explore →
Process Automation
Control, instrumentation and automation for industrial process applications.
Explore →
Industrial Networking
Communication infrastructure connecting controllers, drives and industrial systems.
Explore →
POWER • PROTECTION • CONTROL
Planning an LT or HT Electrical Panel Project?
Discuss your electrical distribution, PCC, MCC, APFC, VCB switchgear, control panel or customized industrial panel requirement with Neo Technologies.
Discuss Your Panel Requirement Explore System Integration
ELECTRICAL PANEL FAQ
LT & HT Electrical Panel Questions
What is the difference between an LT panel and an HT panel?
LT panels are used on low-voltage electrical distribution systems, while HT or medium-voltage switchgear handles higher-voltage incoming and distribution systems. The exact equipment and configuration depend on system voltage and project requirements.
What is a PCC panel?
A Power Control Centre distributes electrical power from an incoming supply to downstream feeders and normally incorporates switching, protection, metering and isolation functions.
What is an MCC panel?
A Motor Control Centre groups motor feeders and related switching, starting, protection and control equipment into a coordinated panel system.
What is an APFC panel?
An Automatic Power Factor Control panel monitors electrical conditions and automatically switches capacitor stages to provide reactive-power compensation according to system demand.
What drawings are required for electrical panel engineering?
Typical documentation can include a single-line diagram, general arrangement, bill of materials, power and control schematics, panel layout, terminal details and wiring documentation.
Can PLC, SCADA and VFD systems be integrated into electrical panels?
Yes. Depending on the application, electrical panels can integrate PLCs, HMIs, VFDs, protection relays, meters and communication interfaces for connection with SCADA and other industrial systems.
What testing is performed on electrical panels?
The testing scope depends on the panel and project specification and may include visual inspection, wiring verification, insulation testing, functional testing, protection and relay checks, interlock verification and commissioning activities.