What are the Different Types of Industrial Power Solutions?

Published on: 02 December 2019 Last Updated on: 22 February 2020

One fact of industrial production is that without power, nothing gets done. Machinery doesn’t move, computers don’t work and orders aren’t processed and workers are idle. So it is obvious that a reliable, constant source of power is available to industry at all times. When it comes to deciding how that gets done, each company needs to start by asking what are their specific power requirements and how permanent it needs to be and what are the solutions available to meet those needs, usually by employing a specialized power company, such as APR Energy Power Solutions.

While many permanent industrial facilities in America can count on public power grid infrastructure available in populated areas, more remote areas need to look at self-generating solutions to provide them with the energy they need to operate. So, assuming public power isn’t available, the first question that needs to be asked is how permanent is the operation going to be.

An industrial facility electric requirement can be categorized as:

1. Temporary (or interim) and emergency power

Shorter-term projects can be done remotely and require a mobile solution to be in place to get the job done. Except for the emergency power situation (which would occur immediately to handle the power needs for the duration of the incident), interim power usually takes from 30 to 90 days to design and setup. This solution can be in place and used for a couple of months to many years into the future.

This could include providing emergency power, temporary bridging power when a power plant is being repaired or a new one is being constructed, distributed electrical generation, etc. It can also operate at many different levels of generating support. Whether it only provides power during peak demand, as just standby power source, or being solely for the base-load prime supplier of power for the facility, suppliers of these systems can give that added flexibility to the total needs of their customers.

Depending on the size of the operation, the equipment supplier can employ:

Diesel, natural gas, or turbine generators and fuel tanks if required.
UPS (Uninterrupted Power Supply) Systems. With UPS Batteries and Battery Cabinets
Power Distribution Units
Cooling units
Automatic Transfer Switches
Load Banks

2. Long-term power

Generally, when permanent power plant facilities are being built, a longer-term temporary generating solution needs to be employed. This usually takes many years for a plant to be built, so the long term temporary design has to do the job that the permanent plant will do.

This longer-term solution requires more specific planning to meet the demands of a larger operating facility. However, more permanence means that lower-cost sources of fuel can be added into the program such as natural gas, liquid natural gas, Liquefied petroleum gas (LPG), ethanol, kerosene, and naphtha. this is usually accomplished by using a turbine generator. These not only offer fuel flexibility but can run more efficiently and with a smaller carbon footprint.

Usually, these facilities are supplied by the power company vendor and the equipment ownership is retained by that company. This means that the generating system can remain for many years, but will remain a straight business expense and not a capital investment to the company, simplifying the accounting process considerably.

3. Permanent Industrial power

Permanent generating installations are required by many industries when they aren’t planned to remove the equipment. Industries such as utilities, heavy industry, EPC companies, mining, oil and gas operations, and military organizations require ongoing power generation.

As with the long-term solution, this more permanent industrial placement can take advantage of the latest and most efficient power equipment and control room technologies. The use of direct fuel pipelines to power the generators can be built for permanent reliability as well. But still, have the flexibility of using alternative fuels if necessary.

So industrial organizations have many questions to answer before deciding how they will be supplied with ongoing power to run their business. Working with the power companies that are experts in this area is the best place to start. Careful planning and research at this point are critical for its future operational success.

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7 Specifications You Should Look for When Buying a Home Generator

Pretty much everyone has wished they had a backup home generator at one time or another. Whether you want a generator just so you won’t be left in the dark during a power failure or you need to know your family will be safe from the cold should a prolonged power outage happen during the dead of winter, buying a home generator requires some careful thought. Past the obvious choices of cost and reliability, there are a number of factors you should carefully consider before buying a home generator, such as price, your expected power needs, installation requirements, and maintenance issues. The variety of options and requirements can turn a seemingly simple purchase into a complex problem if you don’t know what you need. Here are seven specifications you should look for when buying a home generator: Specifications You Need To Look For Home Generator There are several factors you need to look at while seeking a home generator. Work out the plans that can work well for you. 1. Power Requirements: Power needs are often dictated by your budget, as the more powerful a generator is the more it will, typically, cost. However, initial determining factors for calculating the size of the generator can be addressed with this query: During an electricity failure, does the generator need to power the entire house, or just handle emergency needs? When considering a generator that is able to handle the electrical demands of all the appliances in your home, factors such as peak demand during the months you use the most electricity is a deciding factor. Common generator voltages are 120/240 volts. If you are unsure, your electrician can provide this information. If you live in the south, where the temperatures are moderate throughout the winter, you will not need as powerful a generator as if you live in the far north where temperatures can be deadly in the winter months. A powerful home generator can make things easier for you. On the other hand, when calculating needs for backup supply, only the requirements of the reserve need to be calculated. In the north, this should include the furnace and a couple of lights. In the south, a smaller unit that can power a few lights and the refrigerator is probably adequate. For emergency loads, you may need to have an electrician install a dedicated emergency circuit from the main service panel to a distinct backup panel. However, this is typically up to the homeowner’s liking for a whole-house system. 2. Fuel Type: While it might seem convenient, gasoline is usually an inferior fuel choice for emergency generators as it tends to go bad quite quickly, especially gasoline with ethanol. Better choices include propane, natural gas, and diesel fuel. Powerful home generator can make things easier and effective for you. Prices can be a major contention when choosing between a natural gas generator, or propane and diesel since the price of the generator will depend on the amount of fuel the generator uses. The accessibility of the form of fuel is an additional important element. Propane and diesel fuel generators will have to be refilled during extended outages, whereas the utility company provides a continual source of natural gas. Local laws may dictate what type of fuel is available in your area. For example, the fuel element, propane is not usually permissible to be used within the limits of the city 3. Installation: Depending on the type of unit, you may need to hire a licensed electrician to install the generator. While smaller portable units simply require you plug a power cord directly into the unit, larger whole-house generators will need to be hardwired into your electrical system. Additionally, you will probably have to hire an authorized and insured plumber if you will be connecting the generator to a natural-gas fuel source. However, for simple emergency situations, a portable unit like gasoline-powered online Honda generators can provide up to 10,000 watts of emergency power and be stored in your garage, basement or on your porch. Some of the larger generator companies have their own installation staff or may subcontract the work. However, in some areas, depending on local codes, a homeowner with the proper skills may be able to perform their own installation. The important consideration is to use a trustworthy firm with a proven record of accomplishment of installing standby power-generator systems. 4. Placement: Where your generator will be located is an important consideration. The home generator should be installed as close to the fuel supply and service panel as possible. The generator must also be positioned where it can be easily reached for servicing. This is especially important if the unit is not being powered by natural gas, as you will have to fill the tank periodically. Additionally, it must be located at a comfortable distance from the ground to prevent any form of water from coming close or entering the unit in case of flooding. Outdoor installations may be required to be a secure distance from flammable structures to meet codes, as well as for safety in the absence of any local requirements. Indoor installations should adhere to norms and rules regarding exhaust, closeness to flammable materials, fuel-supply, and ventilation. Even if local codes don’t require it, the power back up should be placed in some type of enclosure to protect it from the elements and possible vandalism. Consider if there are Outdoor Noise Regulation imposed by the local Council or government body for installing the home generator outdoors. Some municipalities require the noise level of a generator is restricted to a specified decibel level at the property line closest to the unit. If a noise ordinance exists, the required level of sound will dictate the kind of power generator that will be used. Quite a few residential generators are supplied with sound deadening enclosure. 5. Options: Accessory options can vary widely, depending on the home generator make and model. Some systems will offer a remote panel that can be installed in a convenient spot inside your home that will have controls and displays to allow you to control and monitor your system without having to go outside. Larger whole-house systems will typically have an automatic transfer switch that will switch the generator on when a power disruption is detected and may be an option on some smaller units. 6. Maintenance: Like any piece of mechanical equipment, and home generators require regular and proper maintenance to ensure it will do the job you bought it to do when the time comes. Unfortunately, because it isn’t typically used on a regular base, maintenance often isn't thought about, until the generator won’t start during a power outage. Some companies will include routine maintenance in the cost of the unit or you may be able to purchase a separate maintenance contract. If you are a do-it-yourselfer you can perform maintenance on your generator yourself, just be sure it won’t void the warranty. 7. Warranty: The typical warranty for residential generators usually varies from one to five year, based on the manufacturer and model. Be sure to study the warranty coverage, including the duration, and what is and what is not covered. Many companies will offer an extended warranty for an added fee. Read Also: Advantages Of Using A Portable Solar Generator How To Maintain Your Garden Railings? Winter Is Going! A Monthly Home Maintenance Checklist To Get You Ready For Spring Featured Image: generatorpalace.com

What Is A Solar Park Like? Discover The Heart Of Solar Energy!

Hello to all the solar energy enthusiasts! Today, let's dive into the fascinating world of a solar park. If you've ever wondered what a solar park is like and what makes it work so efficiently, you're in the right place. Join us on this solar journey and discover the secrets behind a solar park, with a special focus on Soltec USA's solar tracking systems. What is a Solar Park? First, let's get some context. A solar park is a large-scale installation where solar panels are used to convert sunlight into electricity. These parks can vary in size, from small community projects to massive installations supplying energy to thousands of homes. But what makes a solar park so special and efficient? The answer lies in the combination of advanced technology and smart design. The Infrastructure of a Solar Park We need to know its main components to understand how a solar park works. Here are the key elements: 1. Solar Panels Solar panels are the heart of any solar park. These photovoltaic devices capture the sun's energy and convert it into electricity. In a typical solar park, thousands of panels are arranged in long rows, all oriented to maximize sunlight capture. 2. Inverters The electricity generated by solar panels is direct current (DC). For this electricity to be useful in our homes and businesses, it needs to be converted into alternating current (AC). This is where inverters come in. These devices transform DC electricity into AC, making it compatible with the power grid. 3. Solar Tracking Systems This is where the magic really happens. A solar tracking system allows the panels to follow the sun's movement throughout the day. Instead of remaining stationary, the panels move to maintain optimal orientation to the sun. This can significantly increase the amount of energy produced. Soltec USA is a leader in this technology, offering high-end solutions that maximize energy efficiency. 4. Transformers and Substations Once the electricity has been converted to AC, it needs to be transmitted to the power grid. Transformers step up the voltage of the electricity so it can travel long distances without significant losses. Substations manage the distribution of this electricity to different destinations. The Role of Soltec USA's Solar Tracking Systems Solar tracking systems are a vital part of an efficient solar park. Let's delve into how they work and why they are so important. A solar farm has unmatched functionality when it comes to creating sustainable energy resources. But, maintaining a solar farm is equally important in terms of utilizing it efficiency. One such matter of maintenance is having a solar tracking system for your farm. Here are some of the solar energy tracking functionality which can make running your solar farm even easier. There are three types of solar tracking: Manual Solar Tracking Manual solar checking is the most tedious one in a solar farm. This is when a person has to literally walk towards every solar panel, check the energy level, and then tilt the panel towards the sun from time to time. The solar panel cannot remain at a tilt towards the at all times, as this risks damage. Passive Solar Trackers Passive trackers consist of an internal mechanism consisting of a liquid reaching a boiling point. When one exposes the panel to the solar radiation, the liquid begins to boil. Hence, this is a sign that the saved solar energy is being utilized. During utilization, the liquid evaporates. Once there is no boiling liquid in it, then there is an imbalance in the solar panel. This automatically causes the panel to tilt towards the sun. Automatic Solar Trackers Automatic solar tractors have even higher mechanisms. They consist of electric motors, and hydraulic cylinders which change the position or tilt of the panels on their own. It is a fully automated process with very little human interruptions, which is again limited to cleaning & maintenance (when necessary). This form of automatic solar tractor can be divided into two parts: Single axis solar tracker: This tracks the movement of the sun from east to west, ensuring proper collection of the solar radiation. Double-axis solar tracker: They have two axes that tilt from east to west and north to south. This type of solar tracker is perfect for commercial solar farms that run completely on solar energy. Maximize Collection As a commercial solar farm, you should always opt for the automatic solar tracker, as it improves its collection efficiency. The position of solar radiation changes throughout the day. Mornings are when you get the highest solar radiation from the east. Then as sunset approaches, the strength increases towards the west. Therefore, a solar radiation only facing one side doesn’t guarantee maximum collection. This is why trackers play such a crucial role. Adaptability If your solar farm is on a higher altitude or a location with heavy clouds, a solar tracker’s adaptability is of great assistance. Thus, an automatic tracker can locate the spot where solar radiation is the highest and collect it efficiently. Gets More Sunlight The sun is up way before we are! Plus, we do not register the solar radiation at dawn and dusk to be strong enough to generate solar power. Turns out they are! Therefore, the tracker will help to efficiently get the most of the sunlight throughout the day. Advantages of Solar Parks If you are still contemplating whether you should install a solar farm for your personal and commercial purposes, then keep reading. We understand the matter of budget. Yes, installing an entire farm is a matter of high investment. However, understanding the advantages that you can utilize for years to come will definitely make it cost-effective. 1. Clean and Renewable Energy If sustainability is what you are striving towards, then look no further. Fortunately, with the help of modern technology, we are able to utilize a very important natural resource. With further improvements, we are now able to bring that to our everyday domestic usage. With solar-powered everything, you are using clean, renewable energy. This leads to less air pollution, a major decrease in your carbon footprint, and, overall, contributes to a better future. 2. Low Operating Costs Once a solar park is up and running, operating and maintenance costs are relatively low. For example, Soltec USA's tracking systems require minimal maintenance thanks to their robust and efficient design. 3. Job Creation The construction and operation of solar parks create jobs in various areas, from engineering and construction to maintenance and administration. 4. Energy Independence Solar parks can help communities become more energy-independent, reducing their reliance on energy imports and improving energy security. The Final Note! A solar park is a masterpiece of engineering and sustainability, combining solar panels, inverters, transformers, and advanced solar tracking systems. These components work together to efficiently and sustainably convert sunlight into clean, renewable electricity. Plus, we hope this article was able to provide you with a clear and fascinating insight into the functions o a solar park. Next time you see a solar installation, you'll know that behind those panels is a complex network of technology. Matched with design that is working tirelessly to harness every ray of sunlight. The energy of the future is here, and it's brighter than ever! Continue Reading: Elisa Troubleshooting Problems and Solution Tips to Choose the Best Inventory Management Software Is Polyester Stretchy? – Its Materials & Properties [Detailed Explanation]

Prepare Your Solar Panels for the Fall

Summer is done, and you can already see it by the drop in temperatures and the duration of the day. With shorter days also comes the reduced amount of sunlight during a 24 hour period, which worries some solar panel owners. Some people aren’t sure how effective their solar panels will be during the colder period of the year. However, as experts from Action Solar assure us, panels work just fine throughout the year; all you need to do is make sure that you optimize them for the season. Here’s how. Clean Your Panels: No matter how many panels you have, they are exposed to the elements all the time, and naturally, they get dirty. However, solar panels are quite durable and strong, meaning that you don’t need to clean them very often and even when you do, you don’t need to go into too much detail. In fact, if you clean them too often, you might damage them, so it’s better to give them a cursory sweep every month or so and be done with it. Removing debris like leaves and branches are more important than dusting them, as most solar panels only lose about 7% of their effectiveness when dirty, as researchers from the University of California in San Diego found out. Adjust the Tilt: During the summer, the sun falls more directly to the ground, meaning that your solar panels will absorb a lot of the sunlight even without careful positioning. However, as summer transitions into the fall and eventually winter, the sun will shift and the rays will fall in a more tilted angle. So, if you want to use as much of the sunlight as possible, you will need to adjust your panels accordingly. Naturally, you should not do this on your own, but rather invite professionals to do it for you. Not only are they skilled in handling solar panels, but they will be able to calculate the optimal tilt and positioning of your panels. The best solar companies in California recommend realigning your solar panels at least twice a year in order to maximize the productivity of your panel throughout the year and not just in summer. However, if you include the fall and spring adjustment as well, you will be able to actually bring out the maximum from your panels. Deal with the Decreased Output by Saving Energy: During the summer, days are longer and usually sunnier than any other part of the year. That’s great news for your solar panels because they will be able to produce more energy. That being said, you probably spend a lot of electricity just by running your AC all day. In the fall, on the other hand, you don’t need your AC and the days are still relatively long. So, you will be able to produce a lot more energy which you won’t immediately spend. This is the time when you will be able to bring your electricity bill down by a noticeable margin. However, as fall progresses, the days will be shorter, which means that you may need to cut some unnecessary electricity spending if you want your bill to remain low; that is until winter rolls around, and you need to fire up your furnace. The technology behind solar panels is improving every day, and the time when solar panels only used to be productive in the summer are long gone. Read Also: Everything You Need To Know About Portable Solar Power How To Start Living Off The Grid

What are the Different Types of Industrial Power Solutions?

An industrial facility electric requirement can be categorized as:

1. Temporary (or interim) and emergency power

2. Long-term power

3. Permanent Industrial power

The Benefits of Solar Lighting in a Nutshell

Proven Vitamins Used in Energy Supplements

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Content Rally

Content Rally wrapped around an online publication where you can publish your own intellectuals. It is a publishing platform designed to make great stories by content creators. This is your era, your place to be online. So come forward share your views, thoughts and ideas via Content Rally.

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What are the Different Types of Industrial Power Solutions?

An industrial facility electric requirement can be categorized as:

1. Temporary (or interim) and emergency power

2. Long-term power

3. Permanent Industrial power

Share this Article

The Benefits of Solar Lighting in a Nutshell

Proven Vitamins Used in Energy Supplements

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Content Rally wrapped around an online publication where you can publish your own intellectuals. It is a publishing platform designed to make great stories by content creators. This is your era, your place to be online. So come forward share your views, thoughts and ideas via Content Rally.

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Follow Us

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