The cable cross section for a 150 kVA load depends on several factors, including the voltage level, installation method, ambient temperature, and allowable voltage drop. Generally, for a three-phase system at 400V, a cable size of around 35 to 50 mm² is commonly used, but this can vary. It's essential to consult the relevant electrical standards and perform calculations based on specific installation conditions to ensure safety and compliance. Always consider seeking advice from a qualified electrical engineer for precise sizing.
kvar can be calculated as follows the a product KVA andt the sine of the angle between the KVA and KW.
1.0 kva
1hp = 735.5 watts 16,000 kVA / 735.5 = 21.754 hp
A kVA is basically the same as a kW - unless the so-called "power factor" is much less than one. However, it is quite often close to one, so it can be ignored. (Power = volts x amperes x power factor.)
In what amount of time?
Yes, a 3 phase 95 millimeter for each phase 150 meters long cable is enough for a 285 KVA genset.
35 KVA generator using for load 100 meter length which cable need to used
125
It depends on the power factor, which depends on the reactance of the load.For a typical power factor of 0.92, 150 KVAR translates to 383 KVA, which translates to 352 KW.Power factor is the cosine of the phase angle (theta) between voltage and current. KVA times cosine (theta) is KW, while KVA times sine (theta) is KVAR.
1.two part tariff= maximum demand+energy consumption (150 kva + any greater than 150 kva consumption) 2.three part tariff=maximum demand+energy consumption+ any energy charge (150 kva + any greater than 150 kva consumption + out source any energy charge ) unlimited usage of tariff is nothing but three part tariff
To answer this question the voltage of the genset is needed.
4core*240mm square..
A 134 kVA cable typically refers to the size of cable required for a 134 kilovolt-ampere electrical load. The size of the cable needed will depend on factors such as the length of the cable run, the voltage drop allowed, and the type of insulation and conductor material required to safely carry the current. It is recommended to consult with a qualified electrical engineer or contractor to determine the specific cable size needed for your application.
16mm2
It depends totally on the voltage used.
A 10 mm cable is most commonly used for a 500 KVA transformer, 240 volt, 3 phrase. The size of the wire that is used in a transformer is based on the voltage.
To calculate the load capacity of three single-phase 50 kVA transformers configured as a three-phase transformer bank, you simply sum their capacities. Each transformer contributes 50 kVA, so the total load capacity is 3 x 50 kVA = 150 kVA. This means the three-phase transformer bank can handle a maximum load of 150 kVA. Ensure proper phase balancing and consider any derating factors based on specific application conditions.