Expert Engineers

Auto mains failure panels are used to control start/stop of diesel generating sets in accordance with the availability of main power supply. The panels are manufactured for various capacities and different makes of diesel generating sets. These panels are incorporated with battery chargers, various protections for diesel engines.

AMF control system provides:-

•  Consistent power supply to the load in absence of main supply.
• DG set protections
• Smooth Start I Stop Sequence.
• Audio visual indications of various fault conditions.
• Protects the load from voltage fluctuations. “Auto I Manual modes of operation.
• Mains failure and voltage fluctuations detection. “User friendly.
• GUI interface with TCP/ IP over GSM/GPRS (Optional)

DG synchronizing panel controls the functionality of a number of diesel generator sets. In Industries, more than one DG sets have to be used in parallel to share the total load on the system. To synchronize two or more diesel generator sets it is required to match all the parameters viz. voltage, frequency, speed, phase sequence and phase angle.

We provide a full range of high quality DG Synchronization Panels for all your requirements. It performs a variety of functions like starting, sharing, transfer and stopping load variations.

We have many in-built safety features for the security of various equipments like alternator, engine etc. Our panels come with complete controlling and protection relays, which are capable of synchronizing a number of DG sets simultaneously.

Our panels are easy to use, require less space, are corrosion resistant, have high efficiency and are precision engineered.

Load Management is the "proper management of load “which means balancing the electrical power supply with the variations in the load and its behaviour. As we all know that there are generation stations connected in parallel to each other to ensure continuous supply of power to the load. In the LOAD Management, there are ACB/contactors and the closing / opening of these ACB/Contactors maintain the Load management.

Since electric power cannot be stored and used later, so Electricity is produced, distributed and consumed by the Load simultaneously and this is the place where Load Management comes into Action. Also as the Load demand is not fixed so we have to design the system keeping in mind the Maximum Load Condition. As for example when the Induction Hardening Machine is started then there is a sudden increase in the load by 400 - 600 % , so we have to keep in mind all these behavior of loads. There are many ways for Load Management but here we will focus on PLC based Load Management.