The regular consumption
of voltage for power outlets varies throughout the world. In large
commercial and industrial buildings, electrical installations use higher
voltages such as 277/480V and 347/600V. The usage, utilization, and consumption
of power outlets regularly make us wonder, “How long can we rely on our
resources?” Isn’t it the right time to start conserving energy before it gets
too late?
As they say, when
there’s a will, there’s a way! Now you can achieve higher performance and a maximum
voltage supply with the right equipment.
Meeting today’s need
and looking forward to future requirements: Various factors determine power
transmission in the market arena, including saving renewable energy, the
expansion and interconnection of grid infrastructures, and the need to replace
and upgrade aging grid infrastructures.
Discover how high
voltage supplies can help give you efficient, reliable, and flexible power transmission:
Benefits of Lowering
Current in Electrical Circuits: Office equipment, industrial machinery, and heavy electronic equipment
consume more power compared to home appliances. If a low voltage- 120V is used in this case, a very
high current is required to deliver enough power.
For instance, a 900-watt home appliance requires 7.5 amperes of current
at 120V, but a 150-kW industrial machine would draw 1,250A at 120V.
Such a high current requires very large conductors, wasting copper and
making the installation much more expensive.
On the other hand, a 600V power supply cuts down the current to a much
more manageable value of 250A. If the 150-kW equipment uses a three-phase
voltage, the rated current is reduced even further to 144A, while requiring an
extra conductor.
Also, keep in mind that circuit breakers are sized based on
current. For example, a 1250A breaker is considerably more expensive than a 250A
breaker. Larger protection devices are also bulkier and more substantial, which
makes their installation more daunting. Current reductions help save on wiring
and electrical components.
Handling High Voltage
Cautiously: To ensure
continuous safety of high voltage installation, test the insulation at regular
intervals. Damaged insulation increases the risk of an arc fault, creating
havoc among personnel and equipment safety.
Energy Efficiency: Can you live in darkness, or in a place where
there’s no light? Can you imagine a day working at the office without internet
connectivity? If no, then take measures to conserve energy. Remember, high
electricity consumption is dangerous and can wreak havoc on the environment and
cause an inability to meet day to day needs.
When designing electrical installations, remember that high
voltage power supply reduces current,
which offers protection to devices.