Services

PLC and SCADA are both used in industrial automation, but they serve different purposes. PLC is responsible for controlling individual machines or processes, while SCADA monitors and controls entire systems or processes.

PLC and SCADA systems provide many benefits to industrial processes, including improved efficiency, increased reliability, enhanced safety, and reduced costs.

PLC and SCADA systems are used in a wide range of industries, including manufacturing, oil and gas, water and waste management, power generation and distribution, transportation, and telecommunications.

Yes, we have completed various projects involving PLC, SCADA & Control, including installing and configuring PLC and SCADA systems for manufacturing plants, power generation and distribution, and water and waste management facilities. We can provide case studies and examples of how we have helped improve efficiency and reduce costs through these systems.

We offer a range of Power Studies, including load flow analysis, short circuit analysis, protective device coordination analysis, arc flash hazard analysis, and transient stability analysis.

Our Demand Management service involves analysing your energy usage patterns to identify opportunities for reducing demand during peak periods. We work with you to develop customised strategies, such as load shifting or demand response, to reduce energy usage during peak periods.

We use advanced analytics tools to analyse your energy usage patterns and identify opportunities for reducing peak demand. We then work with you to develop a customised strategy that meets your needs and goals.

Power Studies are important for ensuring the safety and reliability of electrical power systems. They help identify potential issues before they become problems, improve system performance and efficiency, and ensure compliance with safety regulations and industry standards.

The Power Studies process typically involves several steps, including gathering data about the power system, performing the necessary analyses using advanced computer software and analytical tools, identifying potential issues and recommending improvements, and providing a detailed report with the findings and recommendations.

We offer test data analysis, investigation and fault-finding recommendations, power factor correction, harmonic analysis, transient events & energy audits.

The harmonic analysis involves identifying and analysing harmonic distortion in an electrical system, which can cause problems with equipment performance and lead to increased operating costs. We use specialised equipment and software to identify and analyse harmonic distortion and recommend improvements.

Demand Management manages and reduces peak electricity demand, which can reduce energy costs, improve system reliability, and reduce the need for additional infrastructure.

By reducing your peak energy demand, you can save money on your energy bills, improve the reliability of your electrical system, and reduce the need for expensive infrastructure upgrades.

Demand response involves reducing energy usage during peak periods in response to signals from the grid operator. This can involve temporarily shutting down non-essential equipment or reducing energy usage through other means.

Any industry that relies on electrical power can benefit from Power Studies, including industrial plants, commercial buildings, hospitals, and data centres.

You can contact us through our website or contact information to schedule a consultation and discuss your needs and requirements. We will work closely with you to understand your needs and develop customised solutions that meet your requirements.

Our Power Quality audit involves measuring and analysing various electrical parameters to identify potential issues and recommend improvements. We use specialised equipment to measure voltage, current, harmonics, and other parameters and provide a comprehensive report outlining our findings and recommendations.

Power factor correction involves improving the power factor of an electrical system, which can reduce energy costs, improve equipment efficiency, and improve Power Quality. We offer a range of power factor correction solutions tailored to the specific needs of our clients.

IT/OT integration can provide numerous benefits, including improved operational efficiency, enhanced data analytics and decision-making, reduced downtime and maintenance costs, and increased system flexibility and scalability.

We offer various services to help businesses and organisations get the most out of their data, including data mining and analysis, cleaning, transformation, visualisation, statistical analysis, machine learning, and more. Cell Engineering also conducts thorough financial research, including cost-benefit and feasibility.

Yes, we have extensive experience working with data from electrical systems and can provide customised solutions to analyse this data and identify areas for improvement. We can also help develop predictive models to anticipate potential issues and minimise downtime.

Yes, we have worked on various projects involving IT/OT Design & Analysis, including manufacturing facilities, transportation systems, and healthcare organisations. We can provide case studies and examples of how we have helped integrate OT and IT systems to improve operational efficiency and reduce downtime and maintenance costs.

Data Manipulation & Analysis is the process of cleaning, transforming, and analysing data to extract insights and make informed decisions. We use advanced data manipulation and analysis techniques to help businesses and organisations gain valuable insights from their data.

By analysing data from electrical systems, we can identify patterns and trends that may indicate potential issues before they become significant problems. This allows us to develop proactive maintenance plans and make informed decisions about upgrades and improvements to ensure the reliability and safety of electrical systems.

The IT/OT, Design & Analysis process typically involves several steps, including gathering data about the existing IT and OT systems, analysing the data communication and exchange between the systems, designing and implementing solutions for data collection and analysis, and ensuring the security and reliability of the integrated system.

Data visualisation can help engineers and technicians better understand complex data from electrical systems and identify patterns and trends that may not be immediately apparent from raw data. This can lead to more informed decisions and improved performance and reliability of electrical systems.

The HV & LV Reticulation Design & Planning process typically involves several steps, including site surveys and load analysis, selection of appropriate equipment, design and analysis of the distribution network, installation and commissioning of the system, and ongoing monitoring and maintenance.

Earthing and grounding are essential for electrical power systems because they help protect people, equipment, and facilities from electrical hazards such as electric shock, lightning strikes, and electromagnetic interference. Effective earthing and grounding systems can also help improve the reliability and performance of power systems.

HV & LV Reticulation Design & Planning is a service that helps design and plan electrical power distribution from high voltage (HV) and low voltage (LV) systems to buildings, facilities, and equipment. This involves analysing the electrical load requirements of the system, selecting appropriate equipment, and designing and implementing a distribution network that is safe, reliable, and efficient.

Earthing & Earth Grid Design is a service that helps ensure the safety and reliability of electrical power systems by designing and implementing effective earthing and grounding procedures. This involves analysing the power system’s soil conditions and electrical loads to determine the appropriate earthing and grounding requirements.

We use various testing and monitoring methods to ensure that the earthing and grounding system is effective, including earth resistance, step and touch voltage, and interference testing.

Network Connection is a service that helps connect electrical power systems to the grid. This involves designing, planning, and executing the connection process and managing the interface between the power system and the grid.

We have a team of experienced electrical engineers and technicians trained to manage the Network Connection process safely and efficiently. We use advanced computer software and analytical tools to design and plan the connection process. We conduct thorough testing and commissioning to ensure the power system is connected safely and reliably.

We use various testing and monitoring methods to ensure the distribution network is safe and reliable, including load flow analysis, protection coordination studies, and fault analysis.

Yes, we can help ensure that power systems comply with all relevant regulatory requirements for Network Connection. This includes obtaining necessary permits and approvals and ensuring that the power system meets all technical standards and specifications.

The Network Connection process typically involves several steps, including planning and design, feasibility studies, regulatory compliance, equipment procurement and installation, and commissioning and testing.

As an engineering company, we emphasise the importance of engaging qualified professionals, such as hazardous area engineers or consultants, for hazardous area designs. Their specialised knowledge, expertise, and experience are essential to ensure compliance with regulations, standards, and best practices and that our designs are safe, reliable, and comply with applicable codes and regulation

Protection studies are designed to assess the safety and reliability of electrical power systems. These studies evaluate the performance of protective devices, such as relays, fuses, and circuit breakers, to ensure they operate correctly in case of a fault or disturbance.

We use various testing and monitoring methods to ensure that the earthing and grounding system is effective, including earth resistance, step and touch voltage, and interference testing.

Hazardous areas refer to locations where flammable gases, vapours, dust, or liquids may pose a risk of fire or explosion. Hazardous areas are typically found in industries such as oil and gas, petrochemical, chemical, pharmaceutical, and food processing.

Hazardous area designs may require specialised equipment and materials, increased installation and maintenance efforts, compliance with stringent standards, and additional safety measures, which can impact project costs. However, investing in proper hazardous area designs is essential to ensure the safety of personnel, equipment, and facilities in hazardous environments.

Any electrical power system can benefit from Protection Studies, including transmission and distribution systems, industrial plants, and commercial buildings. These studies can help identify potential issues and improve the safety and reliability of power systems.

A hazardous area design involves applying specialised engineering techniques, equipment, and standards to minimise the risk of igniting flammable substances in dangerous areas. This includes the selection of appropriate electrical, instrumentation, and control systems suitable for use in hazardous areas.

Hazardous area designs require specialised knowledge, expertise, and experience to ensure compliance with regulations, standards, and best practices. Engaging qualified professionals, such as hazardous area electrical engineers or consultants, can help ensure that the designs are safe, reliable, and comply with applicable codes and regulations.

Yes, we can perform Protection Studies for new and existing power systems. For new systems, we can design and evaluate protective schemes to ensure that they meet safety and reliability requirements. We can evaluate existing protective devices’ performance and recommend improvements for existing systems.

We use advanced computer software and analytical tools to simulate various fault scenarios and evaluate the performance of protective devices. This allows us to identify potential issues and recommend improvements to enhance the safety and reliability of power systems.

Protection Studies can identify a wide range of issues, including incoordination of protective devices, inadequate protection settings, and overloading of protective devices. These issues can lead to system failures, equipment damage, and safety hazards.

At Cell Engineering, our certified trainer assessors hold relevant certifications and qualifications in their respective fields of expertise. They are experienced electrical engineers with specialised training in delivering training programs and assessing learners’ competency.

Our certified trainer assessors deliver training through theoretical sessions, practical exercises, case studies, and interactive discussions. The training is designed to be engaging and informative, allowing learners to apply the concepts learned to real-world scenarios.

Yes, our training programs with certified trainer assessors at Cell Engineering are designed to comply with relevant industry standards and regulations. The content and delivery of our training programs are aligned with best practices and guidelines in electrical engineering, ensuring that learners receive quality and industry-recognised training.

Please contact us if you have any further questions or would like to learn more about our training programs with certified trainer assessors. We are committed to providing comprehensive and high-quality training to enhance the skills and knowledge of electrical engineering professionals.

Our certified trainer assessors offer a wide range of training programs in electrical engineering, including but not limited to power system modelling, functional safety, arc flash hazards, hazardous area designs, and AS/NZS 3000 familiarisation and awareness. These training programs are designed to enhance the knowledge and skills of employees in the electrical engineering field.

Our certified trainer assessors are highly experienced electrical engineers with extensive knowledge and expertise in their respective fields. They have practical experience in the industry and are well-versed in the latest advancements, best practices, and regulations related to electrical engineering.

You can contact us through our website or contact information to schedule a consultation and discuss your needs and requirements. We will work closely with you to understand your needs and develop customised solutions that meet your requirements.