MAKE IN INDIA ROHS COMPLIANT PROCESSES 30+ ELECTRONIC PRODUCT TYPES 15 MANUFACTURING LINES 4,000+ TRAINED WORKFORCE MAKE IN INDIA ROHS COMPLIANT PROCESSES 30+ ELECTRONIC PRODUCT TYPES 15 MANUFACTURING LINES 4,000+ TRAINED WORKFORCE
Power & Energy / Product Programme

Inverters

Power-conversion systems engineered through controlled power-stage assembly, thermal integration, firmware configuration and evidence-led testing.

Product Overview

Power architecture configured around the application.

PCT connects inverter control electronics, high-power conversion stages, magnetics, protection, thermal hardware, interfaces and mechanical integration within one controlled programme. Topology, power rating, input range, output architecture, communication, enclosure and market requirements are defined together and verified through configured fixtures and load profiles.

Residential backup powerCommercial power continuitySolar and stored-energy systemsIndustrial and connected equipment
Manufacturing Architecture

Four controlled gates from power definition to release.

The route adapts to voltage, load, thermal risk, material architecture, production volume and target market while remaining connected through one programme.

01 / 04

Power topology and thermal architecture

Requirement, market, power architecture and controlled bill of material are aligned before release.

02 / 04

Control and power-stage PCBA assembly

Components, PCB assemblies and critical power sub-assemblies move through documented production controls.

03 / 04

Magnetics, heat sink and enclosure integration

Electrical, mechanical, firmware, thermal and identity elements are integrated through configured work instructions.

04 / 04

Load, protection and system-level release

Product-specific electrical performance, safety evidence, traceability and final pack-out complete the programme.

Configurable Programme

Electrical performance, mechanics and identity adapt together.

Available choices are established during programme definition and validated against engineering, sourcing, compliance, manufacturing, verification and commercial requirements.

  • 01Power rating and conversion topology
  • 02Input, battery-bank and output architecture
  • 03Protection, monitoring and communication options
  • 04Thermal, fan and enclosure configuration
  • 05Firmware, identity and market-specific pack-out
Inverters configurable power architecture
Verification Strategy

Power evidence follows the approved architecture.

Inspection and electrical test coverage is finalised during programme development. Fixtures, load profiles, limits, records and release criteria are controlled for the approved product configuration.

CONTROLLED POWER TEST ROUTE
01 / QA

Input and output load-profile verification

Limits, sampling, safety controls and traceability are configured to the approved programme and customer requirement.

02 / QA

Efficiency and thermal performance monitoring

Limits, sampling, safety controls and traceability are configured to the approved programme and customer requirement.

03 / QA

Protection and abnormal-condition response

Limits, sampling, safety controls and traceability are configured to the approved programme and customer requirement.

04 / QA

Interface, firmware and controlled endurance testing

Limits, sampling, safety controls and traceability are configured to the approved programme and customer requirement.

ENQUIRY / INVERTERS

Bring your inverters requirement to PCT.

Share the electrical architecture, target market, product definition, expected volume and launch window. Our team can prepare the right engineering and manufacturing conversation.