If you live in an area with extreme temperatures, it is essential to be prepared for the worst. Even if your home doesn’t rely on electricity,
there are still plenty of things that can go wrong during power outages. You may need to cook food or run a refrigerator without power.
Generators can provide much-needed electricity when other resources fail, and they make ideal emergency supplies no matter where you live.
Generators come in many different shapes and sizes depending on what type of energy they produce or how well they work with your preexisting electrical system.
This article will help guide you through the types of generators for homes, offices and industries and help you know which one is best suited for your needs.
What is a Generator?
We start with the basics. A generator is a machine powered by an energy resource and then converts that power into electricity.
When the generator is hooked up to a fuel source like gasoline or diesel, it produces electricity in AC (alternating current), ready for use almost immediately.
If you are having problems with your current electric supply, generating your electricity might be the very thing you need.
Reasons to Have a Generator?
- Emergency: Fortunately, most emergencies that cause outages are temporary. A generator can give you the electricity you need when other resources fail.
- Temporary power supply: If your home is in the midst of renovations, a generator may be what you need to prevent inconvenient and potentially expensive power outages.
- Backup source: Generators make perfect emergency backup sources. If your home relies on electricity for essential functions, a generator can provide an alternative energy source when other resources fail.
- Waste disposal: Electric generators create zero emissions, but the gas or diesel-powered generators produce carbon pollution. If you want to be environmentally friendly, consider using an electric generator instead.
- Make emergency supplies: Even if you don’t rely on electricity every day, a reliable generator can help you plan for the unexpected. Stock up on fuel and store it safely so your generator will be ready to go when needed.
Typical Uses of a Generator
- Power backup during harsh climatic conditions– Generators are powered by different fuel types, which means they can produce electricity in any situation. Even if you live in an area where the seasons are extreme, a generator will be ready to work whenever it’s needed.
- Emergencies -Many hazards can cut off electricity during a crisis. Luckily, generators are the perfect thing to rely on for power in uncertain times.
- Construction work -If you live somewhere with extreme weather conditions or you’re working on a renovation project where power has been disabled, having your generator can bring electricity back into your home effortlessly.
- Power outages- Even if you don’t live in an area with extreme weather, power outages can still be a considerable inconvenience. Generators provide reliable power when other resources fail.
- Alternative energy source: If you want to save money or reduce your carbon footprint, a generator can provide the electricity needed without harming the environment.
- Outdoor activities: If you’re looking for something to power your equipment when camping or boating, a generator can be the perfect solution.
- Backup power: If you have a critical home function powered by electricity, a generator can be used as a backup source in case of emergency.
- Emergency shelters: Temporary facilities like emergency shelters rely on power for essential functions. Generators can provide enough electricity to keep everyone safe and comfortable.
How Do Generators Work?
There are many different types of generators on the market, each one having a specific purpose and working uniquely. There are four main operational parts to every generator:
1) The source of fuel: This is the first section of a generator, and it provides the energy that will power the entire machine. Different generators run on various fuels, but diesel generators are by far the most common. Gasoline can also be used as a fuel source for smaller generators.
2)The process of converting the fuel’s energy into electricity: This is where the generator creates electricity. Every generator has a different approach, but many work by creating an electric current in wire coils. This is also how solar power generators work! Two types of generators are magneto generators and dynamo generators.
3) The output in the form of electricity: This is the section that sends out electricity to whatever you’re powering with it.
4) The regulator: The regulator is in charge of controlling the flow and voltage for your power source to stay safe and resilient. It determines how much power goes out and keeps the generator from doing any damage.
Different Types of Generators and Their Applications
Many different types of generators produce electricity in various ways. It’s essential to understand the difference between each type so you can determine which one is right for your needs.
a) Alternating Current (AC) Generators vs. Direct Current (DC) Generators
An AC generator produces alternating current or AC power. This means that it uses a magnetic field to change the current from positive to negative.
In most cases, AC generators produce electricity in volts, and it is ready for use almost immediately. Many homes rely on AC power from their utility provider, but they can also be hooked up directly to a home’s electrical system.
A DC generator produces direct current or DC power. This means that it uses a magnetic field to create unidirectional currents. DC generators deliver electricity in the form of 12, 24, or 48 volts, and they are often used to charge batteries for specific applications like golf carts or forklifts.
Characterizing generators is achieved in different ways:
- By the source of energy as the input
- By industry application
b) Generators by Energy Source
The most common types of generators use petroleum, butane, and propane as fuel sources. While each one has its unique benefits and drawbacks, you can be sure that your home will have an unlimited supply of power.
i) Fossil Fuel Energy Source Generators
Petroleum and Butane Generators
Petroleum- and butane-powered generators are the most popular types of generators on the market. They are run by burning petroleum or butane in an internal combustion engine. They produce electricity through a process called magneto static generation.
This type of generator has few moving parts, making it reliable for emergency use. They are also light and compact so that they can be easily transported or stored.
However, these generators produce loud noises and toxic emissions, which have caused some people to turn to alternative energy sources. In addition, they need to be refueled regularly. If you use a petroleum generator, it may not be the best option if you want to go green.
Diesel generators are the most popular type of generators. They are run by burning diesel fuel, producing electricity through a process called an internal combustion engine. These generators have few moving parts and are generally reliable for emergency use as long as they are appropriately maintained.
They are also light and compact so that they can be easily transported or stored. In addition, diesel generators produce less noise than other types of generators. However, diesel generators are more expensive to purchase and maintain because they require petroleum.
Diesel generators that run on biodiesel offer many of the same benefits as standard diesel generators. They are durable, efficient, and reliable for emergency use.
However, biodiesel is a renewable fuel source, so it naturally decreases your carbon footprint. Plus, biodiesel generators run on waste vegetable oil and animal fats, which would otherwise be discarded as pollution. This makes biodiesel generators the greenest option on the market.
Emulsified Diesel Fuel (EDF) Generators
Emulsified diesel fuel generators run on a combination of regular diesel and water. They produce electricity using a spark plug instead of a magneto. This generator is small, quiet, and makes little to no smoke or noise.
Since EDF generators are relatively new to the market, there aren’t any inherent disadvantages to using them instead of standard diesel generators.
ii) Natural Energy Source generators
Generators that take advantage of natural energy sources include:
Natural Gas Generators
Natural gas generators are popular because natural gas is readily available and relatively inexpensive. They are similar to diesel generators in that they have a combustion engine, but natural gas often produces cleaner emissions than other fossil fuel sources.
Natural gas generators can be problematic if you plan to use them for an extended period because natural gas is not typically stored indefinitely like petroleum and butane. Also, natural gas is not as abundant as petroleum, and it can be challenging to transport.
Propane generators offer many of the same benefits as diesel generators, but propane is less combustible than other fossil fuels, so they produce lower noise levels. They are also affordable and light, but propane tanks need to be refilled regularly. You may want to consider solar panels if you plan on using propane as a generator source.
Solar generators are more expensive than other generators, but they also offer the benefits of renewable energy and clean emissions. They generally produce less wattage than fossil fuel generators and may not be suitable for emergency use.
Solar generators do not require liquid fuel, and they do not make any noise. They also function well in areas where sunlight is limited by dense vegetation or canopies of leaves and branches, providing a more widespread renewable energy source than solar panels.
Solar generators are ideal for camping because they emit no toxic chemicals and require little maintenance. Solar generators may be the greenest generator option because sunlight is a clean and renewable energy source.
Hydrogen generators work very similarly to solar generators. They use a combination of solar power and water to produce hydrogen gas. Hydrogen is then stored in cylinders for later use as fuel, or it can be burned directly from the cylinders.
The main benefit of hydrogen generators is that they have few moving parts, but storage tanks need regular maintenance and replacement.
iii) Generators by Industry Application
Portable generators offer several benefits. They are affordable, convenient, and versatile because they can be taken anywhere with an electrical outlet. However, portable generators produce high noise levels and intense heat that is uncomfortable to be near for long periods.
Portable generators may not be suitable if you need clean emissions or non-combustible fuel sources. They are primarily used for camping, tailgating, emergencies, construction sites, and in-home power outages.
Types of Portable Generators
Truck generators are similar to portable generators because they are designed for transportation and convenience. However, truck generators are much larger because they sit on truck beds or trailers rather than being carried by hand.
Truck generators have more wattage capacity than portable generators, and they also produce lower noise levels, but you will still need to connect them to a fuel supply.
Window generators are small units designed to fit in windowsill spaces so natural light can power electrical appliances inside a home or building.
They work similar to solar generators, but window generators are more portable than solar panels. However, you may want to consider adding solar panels or other renewable energy sources if you plan on using window generators for long-term power outages.
This type of generator requires a battery to run, so it is most effective when used for short periods during an outage. It functions silently and has no gas or diesel fumes but can’t handle much power compared to a backup generator.
Inverter generators offer the benefits of a portable generator in a more energy-efficient package. They have less wattage than most other generators, but they emit lower noise levels and heat.
Inverter generators are ideal for construction sites because they function well even in windy conditions. However, inverter generators can be expensive, and they produce high electrical noise, which may interfere with other electronics. They are also smaller than standard generators but have limited wattage capacities.
Standby generators are available in both propane and natural gas options. They function like mini power plants by producing electricity for your home or office 24/7. They keep fuel on-site, so they don’t require any trips to refuel the generator, but this also means you must deal with storing flammable gas safely. Standby generators can be costly to install and maintain.
The military commonly uses induction generators because they produce very little heat and noise. They function like traditional generators but use electromagnetic induction to create energy rather than combustion processes.
Induction generators can be much smaller and lighter than other generators, and they produce minimal environmental damage. However, induction generators must be custom-built for each application which makes them very expensive.
Industrial generators are generally larger than portable generators because they supply constant energy over extended periods. Although industrial generators produce much more wattage than portable generators, they are not as versatile because they require a stationary base.
Industrial generators are used as backup power supplies and large-scale construction sites, but they may also be used in the home for central heating systems.
Types of Industrial Generators
Remote Area Power Supply (RAPS)
A RAPS is an industrial generator that can be mounted on a trailer to become mobile. They are often used in the oil and gas industry but may also be used for construction sites or emergency backup power supplies.
RAPS work best on open terrain, especially where the flat ground is available without rocks or other obstructions.
Stationary generators are generally larger than RAPS, and they do not need to be moved once they have been set up. They must be permanently mounted on a base indoors or outdoors, which means you can’t always use them as portable energy sources.
Stationary generators function best when there is a level surface where you can install the base support system. If you need temporary standby power, you will need to rent a portable generator for the duration of the event.
A mobile generator is similar to a RAPS, except it can be loaded onto a truck or trailer like any other piece of heavy equipment.
Construction companies often use mobile generators because they can be transported to the site where they will be used. You may also want a mobile generator for construction projects in remote areas or when there is no reliable source of power nearby.
An engine-driven generator uses a vehicle’s internal combustion system to convert fuel into electricity. These generators are potent, and they require a steady supply of fuel to operate continuously.
Engine-driven generators are the most expensive type of generator, but they are often used in emergencies or on construction sites keen on costs.
Micro turbine Generator
A micro turbine generator is powered by either natural gas or propane, and it converts the fuel into electricity through a series of internal combustion processes.
Like engine-driven generators, micro turbine generators need a steady supply of fuel to operate continuously. Still, they produce minimal pollution and noise, and they can run on several different fuel types.
Power Requirements for Your Home Generator
Home generators need to be ready for a variety of electrical appliances. Your generator will have an electric rating that tells you how many amps it needs to run at any one time. You may need a bigger generator if your home requires more power than an average household.
- Current Ratings – The current rating determines what types of appliances your generator can support.
- Voltage– Generators are available in 120 or 240 volts. It’s important to consider how many devices have separate components requiring their voltage (water heater, furnace)
- Energy Efficiency– A generator will save you money on your electric bill, but only if its energy efficiency is high enough. Look for a generator with an efficiency rating of 70 percent or higher to make it worth the investment.
- Outlets– There are numerous types of outlets for your generator. Be sure to check the UL listings on the equipment you want to use with your generator to guarantee compatibility.
- Remote Start– Some generators allow you to start them from a distance if you cannot access them manually. This feature is both practical and convenient.
- Battery Charging – If you want to charge your batteries during a power outage, you need an inverter generator. Your generators will only provide enough electricity to power critical appliances like a fridge or freezer.
What Generator Equipment Do You Need to Power Up Your Home?
- Cables: Cables are the primary and most essential part of any electrical connection. You will need one cable for each appliance you plan to connect to your generator set and an extra cable for later appliances.
- Transfer switch: A transfer switch converts- the primary electric system from AC (alternating current) to DC (direct current) and is a must if you plan to power your entire home with electricity.
- Generator set: A generator set converts alternate or direct currents into AC or DC currents, respectively. It also regulates the current frequency and adjusts voltage levels to match those of your home’s wiring system. The generator will also protect the circuits and appliances.
- Circuit breaker: After connecting appliances to the generator set, you need a circuit breaker that acts as an intermediary link between generators and appliances. It controls the amount of power that flows into your home.
- Fuel supply: A generator set requires an external energy source, so you will need fuel to run it during extended power failures. Make sure you have enough fuel to last you during the entire outage.
- Fuel storage: As mentioned above, your generator set requires an external source of energy. For it to function correctly, make sure you have a safe and secure place to store fuel around your home.
- Generator enclosure: Generators produce fumes and can be dangerous to you, your neighbors, and pets. Make sure your generator is placed in a closed exterior room where fumes cannot escape into the general air of your home.
- Appliances: After you’ve arranged the cables and circuit breakers, connect your appliances to create a complete energy circuit. Read your devices or consult a professional to determine the amount of power required for each appliance in your home.
Choosing the Right Generator
Your choice will depend on the amount of energy you need, where you live, and for how long your electric supply will be disrupted. This accessible guide can help you choose what’s suitable for your needs:
- Size: Your generator needs to be connected to your electrical system properly. This means making sure it matches the size of the home, usually determined by amperage, and that there are no obstacles like walls or distance between you and the appliance.
- Frequency: AC generators will produce AC power which can run things like appliances, lights, and outlets. DC generators have the same energy, but it is stored in battery form.
- Fuel: Fuel-powered generators are more popular because they can power your entire home, but they also release carbon pollution into the air.
- Cost: Electricity generators require some up-front costs for installation, but fuel generators are usually more expensive.
- Electricity: Generators can produce wattage based on their energy source, so be sure to match it up with your appliance. If you need more power than the generator provides, it will shut off and overload.
- Maintenance: For gas generators, proper care is essential to getting the most out of your generator. You’ll need to store fuel properly and rotate it regularly to keep it fresh.
- Warranty: Most generators come with at least some form of warranty. This will vary depending on the manufacturer and the type of generator you choose.
Every generator comes with specific instructions meant to keep you safe while using it. Here are some of the most crucial safety tips that everyone should know before they get started:
1. Keep Generators Outside
Generators should never be used inside homes or buildings because carbon monoxide (a poisonous gas) is given off during their use.
2. Ensure it is Adequately Grounded
Grounding is an important safety feature that can make or break your generator. If you are using a generator indoors, ensure the outlet where the generator will be plugged in is appropriately grounded before use.
3. Do not Overload Generators
Generators are made to handle specific amounts of electricity and loads. Do not plug-in appliances that exceed your generator’s maximum load, or you risk overload.
4. Do not Chain Generators Together
While it may be tempting to connect two or more generators to provide additional power, this can create a dangerous hazard and should never be done unless approved by an expert.
5. Be Cautious
Make sure you are ready to handle all weather-related emergencies that cause power outages. Keep an area near your generator where you can store fuel safely and protect your home from the outside elements with a tarp or canopy if necessary.
6. Know When to Call Experts
If you are not adequately educated about generators, never attempt to connect one to your home’s electrical system. This can cause severe damage or injury and should be done by a professional.
How Do You Store a Generator?
When it comes to storing a generator, location is vital. Your generator will be best suited to run during a power outage if you keep it outdoors or somewhere cool. If you already have an auxiliary fuel supply, there may not be any need for additional storage space!
If you do choose to store your generator inside, make sure that the area is free of other items and that the space is well-ventilated. Generators can produce carbon dioxide, which can be deadly if inhaled for too long. Be aware of your generator’s exhaust system to avoid CO2 poisoning.
How Do You Start a Generator?
Once you have prepared your generator for use, it is essential to know how to start the machine. The starting process will be different for each generator, but some commonalities apply across the board.
Ensure that you read the instructions before attempting to start your generator, as misuse can cause severe damage or injury.
Most generators require a key or a hard pull to get them going. If your generator is the modern variety, it will have a power button that you can press to start the machine.
A popular misconception about generators is that they produce blackouts instead of electricity. Generators produce clean electricity just like other sources. There won’t be any noticeable difference between the power coming out of your generator and the electricity from a nearby wall outlet.
In emergencies, generators can be an easy way to keep necessary appliances running while other resources are unavailable. Even in non-emergency situations, having a reliable backup source is vital if you need to use your generator for longer periods when there is a power outage.
How to Top-up Gas on The Generator?
If your generator runs on fuel, you will need to keep it topped up to have enough electricity when you need it most. If the power has gone out for a significant amount of time, try to track how long the generator is running and top-up more often if necessary.
To avoid spills while filling your generator with fuel, make sure to follow these steps:
- Turn off the generator
- Remove the fuel cap by turning it counterclockwise.
- Lift on the latch inside the fuel cap to hold it open
- Replace the lid when you are finished filling your generator with gas (and be careful not to spill)
- Turn on the generator and press the appropriate button to make sure it is working correctly
You should always use a funnel to fill your generator with fuel, as this will help you avoid spills and unnecessary messes. If you do a lot of generator maintenance, consider investing in a funnel with a long spout, reaching even the smallest of tanks.
How Do You Maintain a Generator?
If you want your generator to last for a long time, it is vital to take care of it when necessary. Although generators can seem like machines that never need maintenance or repairs, they require routine upkeep and cleaning to run smoothly and safely.
Keep the area around your generator clean and free of debris by sweeping out the space regularly. If you use your generator often or throughout extended power outages, take a moment to wipe down the machine’s exterior now and then to remove dirt and grime.
Most generators can be started with a simple button press, but this is not always the case. Some generators need their engines primed before starting. This means that you have to add a little bit of fuel, pull the starter cord a few times, and then attempt to turn on the generator.
Priming is usually a simple process, but it can be intimidating for first-time users, so always follow your generator’s manufacturer instructions when priming.
In some extreme cases, generators may have issues with starting due to mechanical problems. This is especially the case when your generator is not used frequently or when it has been stored in a garage for several years.
The best way to avoid these issues is by keeping your generator correctly and using it regularly.
If you notice something wrong with your generator, do not attempt to fix the issue yourself. Instead, contact a local maintenance specialist specializing in generators to help you take care of the problem. The last thing you want is your generator to fail when there is a short-term power outage or a disaster.
How Often Should You Replace a Generator?
Generators can be expensive pieces of equipment, but they are worth their cost when used correctly. If you rely on your generator to power appliances or other machinery, it is essential to keep track of maintenance and repairs so that they can last for as long as possible.
When storing generators for long periods, make sure that you take them out at least once every three months to recharge the battery and prevent corrosion damage.
If you use your generator for a long time or in boiling weather, it may have issues with overheating. If your generator is starting to get too warm while running, take a break from using it and let the machine cool down for a couple of minutes before turning it back on.
If you see any crack in the exterior of your generator, immediately turn it off and never attempt to use the generator again. Heavy vibrations usually cause these cracks during use, but falling objects can also cause them.
You should always check your owner’s manual before attempting any repairs or maintenance on your generator, even if you have used the machine for years! There are often specific steps that must be taken to perform maintenance and repairs on your generator.
If you want a generator that can last for a long time, it is crucial to maintain the machine through regular cleaning and oil changes properly. If there are any issues with your generator or if you would like some help finding replacement parts, make sure to contact a local maintenance specialist today.
Manually Starting a Generator
Generators that are not regularly used or stored in a garage for several years can be challenging to start. To manually start the machine, follow the steps below:
1. Pull out the choke lever from its normal position and release it – you should see a little knob on top of your generator’s engine where you can pull out the choke lever
2. Pull out your generator’s starter cord until you see some resistance
3. Tug on the starter cord one more time – if this doesn’t work, try priming your generator by adding a little bit of fuel and pulling the starter cord a few times before attempting to start it again
4. Once your generator starts, slowly push the choke lever back into its normal position to let your generator run smoothly
5. If your generator fails to start after priming it and tugging on the starter cord, stop using it immediately. There may be an issue with your generator that needs to be fixed by a professional repairman
Once you have finished using your generator, you should always take the time to store it properly. Make sure to avoid contaminating your gas supply by throwing out old gasoline and never overfilling your fuel tank. Your generator should also be covered or kept in a cool, dry place.
How to Use a Generator with a Generator Switch Box?
A generator switch box is a device that works as an intermediary between your house and the generator (making it easy to hook up multiple appliances to one) and controls the power flow. It also contains circuit breakers that prevent overload. This ensures your devices are not severely damaged should there be too much power demand and flow.
What you’ll need:
1) Generator switch box with enough power sockets to accommodate all your appliances
2) A generator capable of producing enough power to cover the whole house plus a few more things (the electric system in your house can only handle so much wattage, but it’s essential to have some room for extra appliances, such as those which cannot be run through an extension cord)
3) Cables and plugs suited to the type of switch box you have (this is where you need to do your homework—check the wattage rating of all your appliances, then find out the max wattage rating for each plug/cable set is. You don’t want to end up running your generator too hard or having it shut off on you in the middle of using an appliance.)
4) Generator power cord suited for the distance between where your generator is placed and where the switch box will be. The length of this cord varies depending on how far apart these two points are.
How to Use a Generator Without a Transfer Switch?
If you have a generator, but do not have a generator switch box with enough outlets to accommodate all your appliances, here is what you can do.
1) If the generator has one outlet meant for power tools, you can plug most or all of your appliances into this one outlet using extension cords. This method is only recommended if all the appliances you would like to use are no more than 2,500 watts each.
2) You can also plug the appliances directly into the generator using extension cords. This is only recommended for devices that can run on five amps or less and don’t exceed 1,500 watts of power consumption.
Make sure your generator’s engine size can handle the extra load (if too many appliances start drawing power at once, the generator will slow down and might shut off).
3) If you don’t mind your generator idling while using your appliance plugged directly to it, you can also try using a suitable, old-fashioned extension cord to connect your appliance(s) to your generator.
What to Do if The Generator Won’t Start?
If your generator doesn’t start, a few things might be the cause. Here are some suggestions you can try before hiring a professional to look into it:
- The most common reason why generators don’t start is that they run out of gas. Make sure you have enough fuel in your tank—if possible, add more to avoid this problem in the future. If you think your gas supply might be contaminated, try adding a fuel stabilizer before trying to start your generator again.
- Check for any wear and tear on the battery used to start the engine. If it seems weaker than usual, try using a jump starter instead of hooking up the cables directly (it might reduce the engine’s lifespan).
- If none of these tips work, you might need to check your generator for leaks. Look around the machine and on its exterior for fluids of any kind. If you find any, don’t hesitate to call a professional to handle it—generators that leak are prone to catching fire or exploding if not dealt with properly.
- If you have a portable generator, check for any damage to the cable that connects it to your wall outlet. If this cable appears cut or broken at all, don’t try using your generator—have a professional look into it instead.
Generator Buying Guide
A generator is a significant investment. To protect this investment, you need to know what features are available in the market, which ones are worth your money and time, and how much power you’ll need. Here are some things that you need to consider when buying a generator:
1) Check all safety tips included with your generator. Even if you already have a transfer switch installed in your home, don’t overlook the guidelines on using extension cords and power strips with your generator (most generators nowadays come with built-in power strips).
2) Think of all the appliances you might need to run during an emergency or while camping. A small wattage generator can only accommodate a few small home appliances—if you need to power up larger devices, look for a generator with at least 8,000 watts of power.
3) Decide whether you want your generator to be gas or diesel-powered (or even propane). Gas generators are cheaper and easier to start than diesel ones, but they can also produce more noise and less fuel efficiency.
4) Look for a model with an easy-to-read power meter, especially if you’re going to use your generator frequently. This feature might come in useful when you need to determine how much power is left in the tank.
5) If possible, get a generator that’s easy to transport from place to place. If you often run out of electricity when camping, look for a small and lightweight machine that’s easy to carry.
6) Also consider your budget. Smaller wattage generators are generally cheaper than larger models, but they might not be as powerful as the latter (even if they come with more features).
Frequently Asked Questions
1. Can you plug a Generator into a Dryer Outlet?
No, you cannot plug a generator into a dryer outlet. You need at least a 30 amp dedicated outlet for this purpose. If your home circuit breaker box is rated to less than 30 amps, it’s time to call an electrician to take care of things for you.
2. Can You Use a 100-foot Long Extension Cord on a Generator?
Yes, you can use a 100-foot long extension cord on a generator. However, it’s essential to understand that the longer the cable, the less power it will handle.
If you want to plug in or run multiple appliances simultaneously, avoid using cables over 25 feet in length whenever possible.
3. Should You Let a Portable Generator Get Wet?
No, you should not get a portable generator wet. If it’s raining outside or you’ve spilled water or other fluids on your generator, unplug it and let the machine dry in an open space before attempting to use it again.
4. How Do You Dispose of a Generator?
How to dispose of a generator depends on your local regulations. If recycling is an option in your city,
you can take your old machine there for disposal or look into available programs that recycle scrap metal. In most cases, it’s best to call ahead and ask about the proper way to get rid of your generator.
5. Can I use a Portable Generator in My Garage?
No, you should not plug a portable generator into an outlet in your garage. A generator emits harmful fumes and might not dissipate heat properly during use, which can lead to dangerous situations inside the garage.
Always use a portable generator in an open area with good ventilation for this purpose (make sure it’s far away from windows and doors).
6. Can I Get Electrocuted by Running a Generator Inside My Home?
No, you cannot get electrocuted by running a generator inside your home. Generators do not create electric currents; they convert fuel into electricity.
If your generator is grounded correctly and you keep your wires away from water (and other fluids), you should be able to use it without any safety concerns.
Get Yourself a Generator
If you are planning to get a generator, the tips mentioned above will help you choose the best generators for homes, offices and industrial use.
Remember to get the wattage you need for your appliances. Also, consider whether diesel or gas is more suitable for you (if at all).
Finally, pick a generator that’s easy to transport and store while keeping in mind how much power you’ll need. When in doubt, consult with an expert before you make your final purchase.