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LT panels are responsible for distributing the power to various sub LT panels by receiving it from the transformer. These are rated for 430 V, 3-phase, 50Hz, three or four wire system.
It is a floor mounted free standing unit and it is totally closed and extensible type. Its design includes all provisions for safety of operation as well as for maintenance personnel.
he voltages in the range of 440 volts or below are called as low tension systems. This stepped voltage is further supplied to various panels and equipments through a switchgear arrangement that consisting of electrical switches, circuit breakers, fuses, protection equipment, metering boards.
The figure shows a schematic diagram of the power distribution. This model scheme is mostly employed for large and medium scale industries. In some cases, sub-LT panels are not found; instead power is supplied directly from LT panels to SDBs depending upon the size of distribution area where the number of units to be supplied is the major consideration. The element in this power distribution model included LT panel, sub-LT panel, SDB (sub-distribution board), PDB (power distribution board) and LDB (lighting distribution board).
Various transformers supply is given to the LT panels, which acts as a main switching system for entire power distribution scheme and carries the total load demand. We will discuss the elements inside of the LT panels in brief later in this article. The output feeders of the LT panel are connected to sub-LT panels which are placed for a group of loads over a given section to supply the demand.
Thconsist of utilities bus bar chamber as well as DG (diesel generator) set bus bar chamber so that some loads (SDBs) can be switched to DG supply during less amount of power supplied from utilities. However, most cases DG chamber may not be included in sub-LT panels instead it is placed in LT panel itself. Sub LT panels also include capacitor banks or APFC unit to improve the power factor.ese panels
GEESYS manufacture PDB residences, these panels are used for dividing main electric power feeds into the various circuits. The power distribution panels can be availed with MCCB / SFU / MCB fully equipped with all necessary safety precautions. Our power distribution panels are applicable for Residential buildings, Industrial buildings, Hotels, Stadiums, Airports.
The reduced financial risk of over-or under-building
Reduced project cost-of-capital over time due to better alignment of incremental demand and supply
Lower local impacts of smaller units may qualify for streamlined permitting
Significantly reduced exposure to technology obsolescence
Local job creation for manufacturing, technician installers/operators
Higher local, small-business development and taxes vs. overseas manufacturing
Lower unit-cost, automated manufacturing processes shared with other mass-production enterprises (i.e., automotive industry)
Shorter lead times reduce the risk of exposure to changes in the regulatory climate.
Reduced exposure to interest-rate fluctuations
GEESYS Brand is known for its Quality Products and Excellent Service on time.
Discovering ever new heights of excellence has been a passion for GEESYS Technologies.By offering an excellent range of Solar PV Power Products, Power Conditioning products, Power Backup System,Electrical Control Panels,and Security & automation Products, We have become a name synonymous withperfection. Our Credibility as a Manufacturer is cemented as we offer quality that is second to none.We Provide worldclass Electronic Products. The reason for such a systematic growth is our unwavering commitment to adopt leading-edge manufacturing technologies. Founded on September 11, 2011 in Chennai, GEESYS Technologies has left a mark of prominence owing to its hard work. Further, We have designed client-friendly business policies, Which enable us to earn respect of the clients.