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The EMC study enables us to understand the generation, propagation, and reception of electromagnetic energy, which may cause unwanted effects of Electromagnetic Interference (EMI) that can damage equipment. Biological hazards like the heating of sensitive tissues, interference with sensitive electronics, undesirable trips & spikes in sensitive instruments, disturbances in communication networks, false alarms, and disruption in essential utilities and shared corridors are some of the common losses due to inadequate EMC systems.
To achieve safe operations of electrical and instrumentation systems, it is essential to implement good EMC practices and keep the Electromagnetic & Electrostatic noise below the prescribed limits as mentioned in relevant standards. Manav Energy EM compatibility services provide solutions to achieve acceptable electromagnetic levels and eliminate harmful EM interference to other susceptible electrical and instrumentation systems during operations or fault conditions.
Earthing & Bonding System
Earthing & Bonding systems are the safety valves of any electrical network that provides a low resistance path for fault dissipation and act as a reference to the functioning of protection systems & the behaviour of control sensors. Hence, Effective Earthing and Bonding systems are essential for attaining safe and reliable electrical operations.
The management of electrical earthing systems includes accurate design, effective implementation, and comprehensive audits of the installed systems. We perform various studies, tests, measurements, modeling, and simulations to analyse and implement safe electrical systems and adequate equipment performance to reduce operational losses and occurrences of incidents or fatal accidents during electrical faults and failures.
Lightning Protection System
Lightning discharges result in high voltage surges that can flow into sensitive electronic instruments and communications systems which may result in electrical equipment failure and cause incidents & fatal accidents. The field of lightning protection and management includes accurate design, effective implementation, and comprehensive audits of the installed systems. Lightning Protection from direct and indirect lightning surges or strikes mandates expertise in system design, audit & analysis.
We perform various studies, tests, measurements, modeling, and simulations to analyse and implement safe direct and indirect lightning protection and management systems. We evaluate the unique requirements of each project by using advanced analytical software platforms. A risk analysis is performed to determine the condition of the project to create complete protection, including the necessary LEMP protection measures.
Power Quality Study
Power quality issues impact the system conditions and result in equipment damage that occurs due to machine downtime, higher electricity consumption, and equipment heating. To achieve uninterrupted operation, eliminating excessive harmonics and mitigating voltage sags play an essential role in providing long-term benefits to your industry.
We perform various power quality measurements, studies, audits, and RCA to analyse the effect of change in power quality and understand a real-time circuit scenario. Power quality monitoring devices are used to examine the system conditions and equipment damage that occur due to machine downtime, higher electricity consumption, and equipment heating. Our implementable solutions are provided after analysing and understanding the root cause of distortion. We design and recommend suitable Harmonic Filters, Surge Suppressors, Snubbers, etc., for achieving the intended performance of the systems.
Power System Study
Power system study has increasingly become essential in improving the operational quality and performance of protective devices. This study includes engineering analysis & investigations to achieve a safe, efficient, and reliable power system for your facility under both normal and faulty conditions.
We perform various power system studies in steady-state and transient conditions of the systems. We use the latest software, such as ETAP, EMTP, CDEGS & PSCAD, to perform such studies and analysis.