Shilpa Tech Company

Kannur, Kerala

Our high quality PCC panels are known for their corrosion-resistance, reliability and high performance. They also last long since they are made with the finest raw materials exactly tailored to the clients requirements. We manufacture a wide range of PCC panels used in various industries like plastics, refrigeration and chemical plants, dairies and batching plants.

Our Power Distribution Panel is an electricity supply system, which divides electric power feed into several circuits. The power distribution panels can be availed with current carrying capacity up to 6300 ampere with ACB/ MCCB SFU. These are availed in both draw and non- draw type and are fully equipped with all necessary safety precautions. They are highly efficient to monitor and detect DC systems.

Ethernet Ready Panel is designed in response to new expectations of our clients. Unlike conventional distribution panels that require extensive wiring and communication cables, ports and marshalling chambers. Whereas Ethernet Ready Panel integrates easily into any management system without requirement of cables, ports and marshalling chambers. Its flexibility reduces project and installation costs. Further Ethernet ready panel provides the most reliability, extendability and upgradebility to our customers. With robust Ethernet communication, it becomes a key panel in customer energy efficiency strategies. The prevention of failures, rapid localization of faults and avoidance of cost-intensive downtimes in automated process necessitates the application of intelligent technology. Ethernet Ready Panel provides real-time status monitoring including breaker status, history logs - alarms, time stamped event logs, and maintenance indicators, show contact wear, load profile of each outgoing circuits, control command for SCADA useful for management for energy saving and getting real time inputs by reports through emails.

Double Busbar Panel is having two main busbar systems, separately for each power source like state power or captive power. Normally in double busbar scheme each circuit is connected to both the buses. In some cases half of the load can be connected and operated on each busbar, in these cases bus or circuit breaker failure would cause loss to half of the section. In double busbar arrangement two breakers are provided for each circuit to ensure the supply of power if any of sources fails. Double busbar and double breaker scheme provides high reliability in the case of fault.

Flexibility of load management and load sharing of all critical loads.
In a double bus bar system, the two different power sources are connected to two different buses. Say one bus is for DG Setpower another bus is for SEB power. Both the buses can be charged simultaneously and can feed any outgoing feeders.
The outgoing feeders have flexibility of getting the power from either of the buses.
Double busbar is more flexible and reliable.