In these days of power fluctuation and power failure, many people tackle the issue by using portable generator. A portable generator is a gadget that is fueled with unleaded gasoline and has a standard of 120-volt power outlets just like the ones that are used at homes. Portable generators are accessible in varied designs and features to be very versatile and they can be used for several purposes. It provides electric power to houses in case of power outage, It can serve as a source of electric power, in case of power outage or in places that are not connected by the electric supply lines and can be used during campouts etc.
When you have a generator running, you can plug your appliances into its 120-volt electric outlets and your appliances can start working instantly. Also, the portable generator comes with 240-volt power outlets that can be highly useful when you are using larger appliances like an air conditioner and clothes dryer as well.
And once you decide on the reason for going in for portable generators, you must also think about the number of outlets that you need so that you can ensure that you have an adequate number of outlets for all the gadgets that you are going to use simultaneously.
And lastly, you must also consider the fuel tank's size. The fuel tank's size will also depend upon the duration of time that you want to use portable generators, because the longer the time you need to use a generator, the larger the fuel tank that is needed.
Paralleling Switchgear and Control Systems are designed and manufactured to deliver full control of custom-configured power generation systems. These switch gears integrate all facets of metering, protection, communication and controls to deliver peak performance, system reliability and operating economy. Paralleling is a function in which multiple power sources, usually two or more generator sets, are connected and synchronized to a common source.
There are many advantages when employing the paralleling switchgear in an electrical design such as enhanced reliability, flexibility, ease of uninterruptible maintenance and operation cost savings. It is due to these advantages that the paralleling switchgears have become one of the ideal choices for meeting today’s power requirements.
Reliability
Systems where part of the load is very critical may be best handled by paralleling one or more generator sets. Under parallel operation, all the generator sets are started simultaneously.
Flexibility
Paralleling switch gears allow for a wide array of choices in the generation, distribution and utilization of the system’s power. When one engine - generator set is out of service, having others synchronized on the same bus can offer the necessary back-up power, in case of a power outage.
When you have a generator running, you can plug your appliances into its 120-volt electric outlets and your appliances can start working instantly. Also, the portable generator comes with 240-volt power outlets that can be highly useful when you are using larger appliances like an air conditioner and clothes dryer as well.
And once you decide on the reason for going in for portable generators, you must also think about the number of outlets that you need so that you can ensure that you have an adequate number of outlets for all the gadgets that you are going to use simultaneously.
And lastly, you must also consider the fuel tank's size. The fuel tank's size will also depend upon the duration of time that you want to use portable generators, because the longer the time you need to use a generator, the larger the fuel tank that is needed.
Paralleling Switchgear and Control Systems are designed and manufactured to deliver full control of custom-configured power generation systems. These switch gears integrate all facets of metering, protection, communication and controls to deliver peak performance, system reliability and operating economy. Paralleling is a function in which multiple power sources, usually two or more generator sets, are connected and synchronized to a common source.
There are many advantages when employing the paralleling switchgear in an electrical design such as enhanced reliability, flexibility, ease of uninterruptible maintenance and operation cost savings. It is due to these advantages that the paralleling switchgears have become one of the ideal choices for meeting today’s power requirements.
Reliability
Systems where part of the load is very critical may be best handled by paralleling one or more generator sets. Under parallel operation, all the generator sets are started simultaneously.
Flexibility
Paralleling switch gears allow for a wide array of choices in the generation, distribution and utilization of the system’s power. When one engine - generator set is out of service, having others synchronized on the same bus can offer the necessary back-up power, in case of a power outage.
