The MRPC Company

Innovative Power System Solutions | Testing Instruments for Power System Maintenance

The MRPC Company specializes in manufacturing high-quality testing instruments for power system maintenance. Founded in the 1980s by Dr. Anand Khare (BE (Hon), MSc, PhD), we serve government departments, private industries, and academic institutions with innovative products and consultancy services. Our focus on research and development (R&D) ensures we deliver cutting-edge solutions that optimize power system performance and reliability.

About The MRPC Company

With over 40 years of expertise, MRPC has established itself as a leader in the power and energy sectors. Our testing instruments are used widely across public and private sectors, including government bodies and educational institutions, to ensure the proper maintenance of power systems. Dr. Khare’s industry and academic background has allowed us to stay at the forefront of technological advancements, consistently offering reliable and innovative solutions.

Our Products and Services

At MRPC, we offer a comprehensive range of testing instruments essential for the efficient operation of power systems:

• Power Transformer Testing Instruments

• Circuit Breaker Testing Equipment

• Cable Fault Locators and Cable Maintenance Kits

• High Voltage Signal Generators

• TDR (Time-Domain Reflectometry) Solutions

• Power Analyzers

• Digital Earth Resistance Testers

• Van-Mounted Cable Fault Locators

Our equipment ensures power systems remain reliable, safe, and minimize downtime, thereby reducing operational risks. In addition, we offer consultancy services tailored to meet the unique needs of each client.

Featured Products:

• UG Electrical System Maintenance Kit

• High Voltage Signal Generator

• Cable Fault Locator

• Cable Route Tracer

• Surge Wave Generator

• Power System Simulators

Research and Development: Innovating Power System Solutions

At the core of MRPC is our commitment to R&D, allowing us to continuously innovate in the power systems industry. We focus on developing new testing instruments and solutions to meet the evolving needs of our clients.

We also provide consultancy services to help clients with power system diagnostics, fault location, and system optimization. Our expert engineers work closely with clients to provide tailored solutions.

Why Choose MRPC?

1. Proven Expertise: Over 40 years of experience in power system         

                maintenance.

2. Cutting-Edge Technology: Continuous R&D investments in advanced 

                power testing instruments.

3. Comprehensive Solutions: Serving transformer testing, circuit 

                breakers, and cable fault detection.

4. Consultancy: Custom solutions and expert consultancy to improve 

                power system performance.

5. Trusted by Leaders: Partnering with government agencies, private 

                sectors, and academic institutions.

Products for Universities & Colleges

We provide tailored solutions for educational institutions that need advanced power system simulation tools, including:

• Power System Simulators

• AC Network Analyzers

• Transmission Line Simulators

• Grid Network Simulators

Leading the Future in Power System Maintenance

At MRPC, we’re dedicated to illuminating the future of electrical engineering by pushing the boundaries of power system maintenance. Our focus on quality, innovation, and customer satisfaction continues to drive progress in the industry, ensuring reliable and cost-effective solutions for every client.

At The MRPC Company, we offer a wide range of high-quality testing instruments designed to enhance the maintenance and performance of power systems. Our products are trusted by government bodies, private industries, and academic institutions across the country. Whether you’re looking for cable fault locators, transformer testing equipment, or high voltage signal generators, MRPC has the right solution for your needs.

1. Cable Maintenance Kit

Our UG Electrical System Maintenance Kit is designed to streamline the maintenance of underground electrical systems. This kit includes a complete set of tools and instruments required for diagnosing and maintaining underground cables, ensuring that electrical networks remain safe and reliable.

Key Features:

• Detects faults in underground cables.

• Includes a high voltage signal generator for accurate fault detection.

• Minimizes downtime and reduces repair costs.

Uses:

• Perfect for utility companies and maintenance crews to quickly diagnose cable faults and ensure system efficiency.

2. High Voltage Signal Generator

The High Voltage Signal Generator is an essential tool for testing cable insulation and diagnosing faults in high-voltage electrical systems. This instrument delivers reliable signals that help locate and identify issues within cable networks.

Key Features:

• Generates consistent high voltage signals.

• Helps in insulation testing and fault location.

• Designed for high voltage power systems.

Uses:

• Ideal for power system operators who need to test and maintain high-voltage electrical components.

3. Cable Fault Locator

Our Cable Fault Locator is designed to accurately pinpoint faults in power cables. It is used to identify the exact location of damage or wear, helping reduce repair time and restoring electrical systems faster.

Key Features:

• Provides precise fault location within power cables.

• Reduces the need for extensive excavation.

• Works with underground cables.

Uses:

• Used by electrical maintenance teams to locate faults in underground and overhead power cables.

4. Cable Route Tracer

The Cable Route Tracer is an advanced tool for tracing the exact path of underground cables. It ensures quick identification of cable routes and helps in avoiding damage during excavation or maintenance work.

Key Features:

• Tracks the complete route of underground cables.

• Helps avoid accidental damage during excavation.

• Lightweight and easy to use for on-site applications.

Uses:

• Commonly used by construction crews and maintenance engineers to trace cable paths and avoid interruptions during digging operations.

5. Time-Domain Reflectometer (TDR)

The TDR is an indispensable tool for measuring the length of cables and detecting faults like shorts or breaks. It works by sending a signal down the cable and measuring the reflection, helping engineers locate issues with extreme precision.

Key Features:

• Measures cable lengths and detects breaks or shorts.

• Provides accurate distance to fault.

• Designed for high-voltage power cables.

Uses:

• Ideal for power system engineers working on long-distance power transmission cables.

6. Surge Wave Generator and Receiver

The Surge Wave Generator works in tandem with the Surge Wave Receiver to detect fault locations in power systems through precise signal generation and detection.

Key Features:

• Generates high-energy waves to pinpoint faults in cables.

• The receiver detects the returning waves for accurate fault location.

• Suitable for use in both overhead and underground cables.

Uses:

• Commonly used in high-voltage power systems to locate insulation faults and short circuits.

7. Power Analyzer

The Power Analyzer is an essential tool for monitoring and analyzing the performance of power systems. It provides detailed data on voltage, current, and power factor, allowing operators to maintain optimal system performance.

Key Features:

• Monitors power quality and system efficiency.

• Provides real-time data on voltage, current, and frequency.

• Identifies areas of power loss and inefficiency.

Uses:

• Used by utility companies and power stations to ensure efficient operation and reduce energy waste.

8. Digital Earth Resistance Tester

The Digital Earth Resistance Tester is designed to measure the resistance of grounding systems. Proper grounding is critical for the safe operation of electrical systems, and this tester ensures compliance with international standards.

Key Features:

• Measures grounding system resistance accurately.

• Portable and easy to use.

• Complies with international safety standards.

Uses:

• Used in electrical substations and industrial facilities to ensure the safety and reliability of grounding systems.

9. Van-Mounted Cable Fault Locator

Our Van-Mounted Cable Fault Locator is a robust solution for on-the-go fault location. Equipped with state-of-the-art technology, this mobile unit allows technicians to quickly identify and resolve cable issues in the field.

Key Features:

• Fully equipped mobile unit for field operations.

• Fast and accurate fault location.

• Reduces downtime by enabling on-site diagnostics.

Uses:

• Perfect for utility companies and field engineers working on large-scale electrical systems.

10. Cable Avoidance Tool

The Cable Avoidance Tool is used to detect the presence of underground utility cables before starting any digging or construction work. This tool helps avoid accidental damage to cables, preventing costly repairs and service interruptions.

Key Features:

• Detects live and de-energized cables.

• Helps avoid damage during excavation.

• Easy to use for quick, on-site assessments.

Uses:

• Used by construction companies and utility providers to safely identify cable locations before starting projects.

11. Power System Simulators for Universities and Colleges

Our Power System Simulators are designed for academic institutions that require advanced tools for teaching and research. These simulators replicate real-world electrical grids, allowing students to study power systems in a safe, controlled environment.

Key Features:

• Simulates power transmission, distribution, and grid networks.

• Customizable to meet the needs of educational curriculums.

• Provides a hands-on learning experience for students.

Uses:

• Ideal for electrical engineering departments in universities and colleges looking to enhance practical learning for students.

CABLE MAINTENANCE 

UG ELECTRICAL SYSTEM MAINTENANCE KIT

EC-RT

UG ELECTRICAL SYSTEM TRACKER

HIGH VOLTAGE SIGNAL GENERATOR

CABLE FAULT LOCATOR

CABLE ROUTE TRACER

TDR

FAULT CONDITIONER

SURGE WAVE GENERATOR

SURGE WAVE RECIVER 

HVDC 

POWER ANALYZER

DIGITAL EARTH RESISTANCE TESTER

VAN MOUNTED CABLE FAULT LOCATOR

CABLE AVOIDNACE TOOL

FAULT LOCATING SERVICES 

ROUTE TRACING SERVICES 

UNIVERSITY & COLLEGE

POWERSYSTEM SIMULATOR

AC NETWORK ANALYZER

TRANSMISSION LINE SUMULATOR 

GRID NETWORK SIMULATOR 

CUSTOMIZATION 

Research and Development (R&D) Services: Innovating Power System Solutions

At The MRPC Company, Research and Development (R&D) is at the heart of everything we do. Our commitment to continuous innovation ensures that we deliver the most advanced, reliable, and effective solutions for power system maintenance and electrical testing. By focusing on cutting-edge technology development and staying ahead of industry trends, our R&D services empower our clients to optimize the performance, safety, and reliability of their power systems.

Our R&D division is responsible for designing next-generation testing instruments, creating tailored power system solutions, and developing custom products that meet the unique needs of our clients. Whether you are a government agency, a private industry player, or an academic institution, our R&D services are built to enhance your operational efficiency.

What We Offer in Our R&D Services

Our R&D services are designed to address the growing challenges in the power systems industry. We specialize in creating innovative testing instruments and providing customized solutions to meet the evolving needs of our diverse clientele. Here’s what our R&D services cover:

1. Development of Advanced Power System Testing Instruments

Our R&D team focuses on the development of cutting-edge testing instruments designed for power transformers, circuit breakers, cables, and other critical components of electrical infrastructure. These instruments are tailored to meet the highest industry standards, ensuring accurate diagnostics and efficient maintenance of power systems.

Key Focus Areas:

• Transformer testing: Design and development of transformer testing equipment to ensure reliable performance and protection.

• Circuit breaker testing: Innovations in circuit breaker testing instruments for accurate fault detection and diagnostics.

• Cable testing: Development of cable fault locators and TDR instruments (Time-Domain Reflectometers) to pinpoint cable issues efficiently.

2. Custom Solutions for Power System Optimization

We understand that every client has unique needs when it comes to power system maintenance. Our R&D team works closely with clients to develop customized testing instruments and maintenance strategies that optimize their specific power system infrastructure.

Custom Solutions Include:

• Power quality monitoring systems: Developing tools that monitor voltage, current, and frequency to ensure optimal performance of your electrical grid.

• High-voltage testing solutions: Designing custom high-voltage testing instruments for transmission lines, substations, and power distribution networks.

• Data-driven diagnostics: Leveraging real-time data analytics to help clients predict failures and optimize system performance.

3. Innovations in Fault Detection and Prevention

Our R&D team continually explores new methods to enhance the fault detection capabilities of our testing instruments. We specialize in developing tools that help our clients detect issues before they cause significant damage, ensuring minimal downtime and maximum system reliability.

Focus on Fault Prevention:

• Advanced cable fault locators: Our R&D efforts have led to the creation of highly accurate cable fault detection systems that can pinpoint the exact location of faults in underground and overhead cables.

• Surge wave testing technologies: We design surge wave generators and receivers that provide precise diagnostics for detecting cable faults and insulation issues.

• Predictive maintenance tools: Our custom-developed predictive maintenance tools analyze system data to provide actionable insights, helping clients anticipate problems before they arise.

4. Consultancy Services for Power System Maintenance

In addition to developing state-of-the-art testing instruments, our R&D division also offers consultancy services for clients who need expert advice on power system testing, maintenance, and optimization. We work closely with each client to understand their specific challenges and provide tailored solutions that improve the efficiency and reliability of their systems.

Consultancy Services Include:

• Power system audits: Comprehensive evaluations of electrical systems to identify inefficiencies and recommend improvements.

• Custom test plans: Developing custom testing plans for transformers, cables, and circuit breakers to ensure ongoing reliability.

• Training and support: Providing training to client teams on the proper use of our testing instruments and best practices for power system maintenance.

5. Collaborative Research with Academic Institutions

Our R&D team collaborates with leading universities and research institutions to push the boundaries of power system technology. We develop power system simulators, grid network simulators, and other academic tools that support research and education in electrical engineering.

Academic Solutions Include:

• Power system simulators: Custom-built simulators for teaching and research in power transmission, distribution, and grid management.

• Collaborative projects: Partnering with universities for research projects focused on improving the safety and efficiency of power systems.

• Tailored educational tools: Developing specific tools to meet the unique needs of electrical engineering curriculums.

Why Choose MRPC for R&D Services?

• Innovative Technology: Our R&D division is constantly exploring new ways to improve testing instruments and power system maintenance tools.

• Custom Solutions: We tailor our solutions to meet the unique challenges of each client, ensuring that they receive products and services that maximize system efficiency.

• Expert Consultancy: Our team of highly-qualified engineers provides expert advice and support, ensuring that our clients get the most out of their power systems.

• Collaboration with Academia: We work with leading universities to advance power system research, helping to shape the future of the industry.

• Cutting-Edge Products: From transformer testing equipment to cable fault locators, our products are designed with precision to meet the highest industry standards.

Academic Solutions: Empowering Future Engineers with Advanced Power System Tools

At The MRPC Company, we are dedicated to supporting universities, colleges, and research institutions with state-of-the-art power system simulators and electrical engineering tools. Our academic solutions provide the perfect blend of hands-on learning and cutting-edge technology, designed to enhance the study of electrical engineering and power system management.

Our products are tailored to meet the unique requirements of academic curriculums and research programs, allowing students and researchers to gain real-world experience in power generation, transmission, and grid management. From power system simulators to customized electrical testing tools, we offer a range of solutions that equip future engineers with the knowledge and skills needed to excel in the power systems industry.

Why Choose MRPC for Academic Solutions?

1. Proven Expertise: With over 40 years of experience in the power systems industry, we bring real-world insights into the development of educational tools.

2. Industry-Leading Technology: Our power system simulators and analysis tools are designed to mimic real-world conditions, providing students with practical, hands-on experience.

3. Custom Solutions: We offer tailored simulators and tools to meet the specific needs of your research and academic projects.

4. Research Partnerships: We collaborate with leading universities and institutions to drive innovation in electrical engineering and power systems research.

Our Academic Solutions

We offer a comprehensive range of academic tools and simulation instruments designed to support electrical engineering education and power system research. These products provide students with realistic simulations of power grids, transmission lines, and distribution systems, enabling them to tackle real-world challenges in the classroom.

1. Power System Simulator

Our Power System Simulator is a versatile and highly advanced tool that replicates the behavior of an actual electrical power grid. It enables students to model, analyze, and optimize different components of power systems, including generation, transmission, and distribution networks.

Key Features:

• Simulates real-world power systems with generation units, load flow analysis, and voltage stability studies.

• Supports various grid scenarios, allowing students to experiment with different power flow and load balancing techniques.

• Equipped with interactive tools that provide real-time analysis and feedback on system performance.

Uses:

• Ideal for universities offering power system engineering programs, allowing students to gain practical experience in grid management and power system analysis.

2. AC Network Analyzer

The AC Network Analyzer is designed to help students understand the fundamentals of AC circuits by providing detailed analysis of voltage, current, power factor, and load flow in AC networks. This tool is perfect for teaching the dynamics of power systems in electrical engineering programs.

Key Features:

• Simulates complex AC networks, allowing students to measure and analyze different load conditions.

• Provides insights into fault conditions, voltage drops, and reactive power management.

• Easy-to-use interface with real-time feedback on power flow and system efficiency.

Uses:

• Commonly used in undergraduate and postgraduate electrical engineering courses for studying AC networks and circuit behavior.

3. Transmission Line Simulator

Our Transmission Line Simulator allows students to study the behavior of high-voltage transmission lines. It helps them understand the challenges involved in power transmission, including line losses, voltage regulation, and the impact of faults on transmission efficiency.

Key Features:

• Simulates the complete behavior of transmission lines, including voltage drop and fault detection.

• Allows students to experiment with load variations and study the effects on system stability.

• Provides real-time data on the efficiency and performance of transmission systems.

Uses:

• Ideal for electrical engineering programs focused on high-voltage power systems, giving students the tools to analyze and manage power transmission challenges.

4. Grid Network Simulator

The Grid Network Simulator is a comprehensive tool that replicates the operation of large-scale electrical grids. It allows students to simulate various grid scenarios, such as power outages, load balancing, and renewable energy integration.

Key Features:

• Models entire electrical grids, including generation, distribution, and load centers.

• Simulates grid stability under different operating conditions, including blackouts, overloads, and grid failures.

• Supports the integration of renewable energy sources into the grid, allowing students to explore modern sustainability practices.

Uses:

• Ideal for advanced electrical engineering courses and research programs focusing on grid stability and renewable energy integration.

5. Customization of Simulators and Academic Tools

We understand that each academic institution has unique needs. That’s why we offer customized simulators and academic tools to meet the specific requirements of your electrical engineering programs and research projects.

Customization Options Include:

• Tailored simulators to align with your institution’s research goals and curriculum requirements.

• Custom features for advanced research in renewable energy integration, smart grids, and energy efficiency.

• Collaborative projects with universities to develop innovative tools that address emerging challenges in power system management.

Uses:

• Perfect for universities and research institutions seeking specialized tools for research and education in advanced power systems.

6. Collaborations with Academic Institutions

At MRPC, we believe in fostering innovation through collaboration with academic institutions. We partner with leading universities and colleges worldwide to advance power systems research and improve the quality of electrical engineering education.

Collaborative Projects Include:

• Research partnerships to develop innovative solutions in power system reliability, renewable energy integration, and grid management.

• Curriculum development to integrate our tools into engineering programs and provide students with cutting-edge educational resources.

• Joint development projects with universities to create custom solutions for specific research needs and academic goals.

Benefits of Our Academic Solutions

• Real-World Learning: Our simulators provide interactive, hands-on experiences that prepare students for careers in power system engineering.

• Research Support: Our tools are designed to assist researchers in exploring the latest innovations in grid management, energy efficiency, and system reliability.

• Custom Solutions: We work closely with academic institutions to develop tailored solutions that align with their research objectives and educational goals.

• Global Expertise: Our products are trusted by leading universities and colleges around the world, ensuring that students have access to the best tools for electrical engineering education.