Choosing Generators in Allentown that are Best Suited for Your Needs
A disaster can strike at any time, leaving you without power to heat your home, have lighting or use the stove. There is nothing more frustrating that to be left in the dark because of a heavy storm. Although candles or a gas grill will suffice temporarily, these solutions are also frustrating and not always available. Fortunately, standby Generators in Allentown can provide you with the power necessary to remain comfortable in home until the power comes back on. There are several factors to consider when choosing a generator, such as if you want a portable or stationary generator.
A portable generator is a stand-alone unit that you only connect when it is needed. Although there are different sizes of portable generators to choose from, the majority of them are only meant to be used temporarily, because they cannot handle high power requirements. However, they are portable, which means you can take them almost anywhere and a portable generator is typically less expensive than a stationary generator.
A stationary generator is also referred to as a standby generator. Stationary generators Allentown are connected to the house through a main distribution panel and can be programmed to automatically turn on if there is a power outage or can be manually started when you need them. The majority of stationary generators automatically turn off when your power comes back on. A stationary generator is typically used when there is a high demand for power or if you prefer a higher level of comfort. For example, if you prefer to have access to all electrical items in your home, including large appliances, a stationary generator is necessary. Stationary generators are more expensive than portable generators, however, they provide more power and last much longer.
When choosing a generator, you will need to have a general idea of how much wattage the generator needs to power. The majority of all appliances and other electrical items state the amount of wattage required for operation. For example, the microwave may have a label that states it is 625 watts or a light bulb has 60 watts printed on it. Add up all of the different wattage to get an estimate of the wattage the generator you choose should be.