Projects

Our projects involve both AC and DC technologies that have been implemented on a global scale, reaching across various continents and industries. These initiatives have contributed to the advancement of communication infrastructure in diverse settings.

Past and Current Projects

AC Test Furnace

An experimental setup designed for testing and researching alternating current (AC) furnaces. This facility allows for the examination of the performance, efficiency, and characteristics of AC-based heating systems in a controlled environment. It serves as a valuable tool for advancing knowledge in the field of electric heating and related technologies.

DC Test Furnace

An experimental facility specifically designed for testing and studying direct current (DC) furnaces. This setup allows researchers and engineers to investigate the performance, efficiency, and characteristics of DC-based heating systems in a controlled environment. It serves as a valuable tool for advancing knowledge in the field of electric heating and related technologies.

Furnace Modifications

Alterations or adjustments made to industrial furnaces, often to enhance efficiency, optimize performance, or meet specific operational requirements. These modifications can involve changes to the furnace design, fuel systems, combustion processes, or other components to improve overall functionality and productivity.

Furnace Cooling System

A furnace cooling system is a mechanism designed to regulate and maintain optimal temperature levels within an industrial furnace. This system typically involves the use of cooling elements, such as air or water, to prevent overheating and ensure the safe and efficient operation of the furnace during various industrial processes.

Engineering & Design Work

Involving the conception, planning, and formulation of detailed specifications for diverse projects, engineering and design work entail the application of engineering principles. This includes the development of solutions, the design of structures, systems, or products, and the generation of essential documentation to facilitate a smooth implementation phase.

Transformer & Magnetic Components

Transformers facilitate the transfer of electrical energy between circuits by electromagnetic induction, while magnetic components, such as inductors and magnetic coils, play crucial roles in storing and managing magnetic energy within electronic devices and systems. Both are integral to the functioning of various electrical and electronic applications.

Harmonic Flicker and Filter Correction

Involves addressing issues related to electrical harmonics and flicker in power systems. This process includes the identification and mitigation of harmonic distortions in the electrical waveforms, often using filters or corrective measures to ensure a stable and reliable power supply, minimizing disruptions and improving the overall quality of the electrical system.

Tyres To Hydrogen Test Work

Involving experimental assessments and research activities focused on the conversion of tires into hydrogen. This process typically explores technologies and methodologies to efficiently extract hydrogen from tires, contributing to advancements in sustainable energy and waste management practices.

DC Furnace Test Facility

A specialized setup designed for experimental testing and research involving direct current (DC) furnaces. It provides a controlled environment for studying and analyzing the performance, efficiency, and characteristics of DC-based heating systems and related technologies.

DC Furnace Lab Scale Test Plant

A small-scale experimental facility designed for testing and researching direct current (DC) furnaces. It provides a controlled environment for studying the performance, efficiency, and characteristics of DC-based heating systems on a smaller scale, allowing for practical experimentation and analysis in a laboratory setting. This setup is valuable for advancing knowledge in the field of electric heating and related technologies at an initial testing stage.