What Are The Benefit Of Millwright Services

 What are the benefits of using millwright services?

Millwrights offer a number of benefits. At STEVENS, we deliver industrial turnkey millwright services for repair, installation, upgrade, overhaul, and maintenance of industrial reciprocating rotating machinery. Our experienced millwrights can offer you and your company with a number of benefits that will help you take your business to the next level.

Let's look at some of the benefits our millwright services provide. 

1. Optimizing Equipment Performance: Millwrights play a critical role in optimizing the performance of machinery and equipment in steel mills. They are trained to ensure that all equipment is properly aligned, calibrated, and fine-tuned for maximum efficiency. This attention to detail helps the equipment operate at its peak, reducing energy consumption and waste.
2. Maintenance Scheduling: Regular maintenance is key to preventing unexpected breakdowns and disruptions in steel mill operations. Millwrights are responsible for creating and implementing maintenance schedules that include routine inspections, lubrication, and component replacements. By adhering to these schedules, millwrights extend the lifespan of machinery and reduce the chances of costly downtime.
3. Precision Machining: Precision is essential in steel manufacturing. Millwrights are skilled in precision machining, which involves making precise adjustments to machinery to achieve the desired product specifications. Whether it's calibrating the dimensions of rolled steel or ensuring the proper thickness of steel sheets, millwrights play a pivotal role in maintaining product quality and consistency.
4. Minimizing Material Waste: Efficiency in steel mills also relates to the reduction of material waste. Millwrights help ensure that equipment is set up correctly, reducing the likelihood of defects in the final product. They work to minimize scrap by fine-tuning processes and equipment to meet exacting standards, ultimately saving both raw materials and costs.
5. Energy Efficiency: Energy consumption is a significant cost factor in steel production. Millwrights contribute to energy efficiency by optimizing equipment and systems. This may involve installing energy-saving components, such as more efficient motors or improved insulation. By reducing energy consumption, steel mills not only save money but also contribute to sustainability efforts.
6. Process Improvement: Millwrights are often involved in continuous improvement initiatives within steel mills. They collaborate with engineers and other professionals to identify areas where processes can be streamlined and optimized. Through their expertise, they implement changes that result in increased throughput, reduced cycle times, and improved overall productivity.
7. Adapting to Market Demands: In a competitive market, steel mills must be agile and responsive to changing customer demands. Millwrights assist in adapting equipment and production processes to meet these evolving requirements. Whether it involves reconfiguring machinery for different product specifications or expanding production capacity, millwrights are crucial in ensuring the mill's ability to stay competitive.

Choose A Leader In Millwright Service. Choose STEVENS

If you're looking for a millwright company that can help you make sure your equipment is running as optimally as it should, then look no further than STEVENS. We can help you ensure that the productivity of your facility, whether its a steel mill, aluminum manufacturing, or polymer processing plant, is the best it can possibly be. 

Our expertise in maintaining, optimizing, and troubleshooting machinery and equipment ensures that steel mills can produce high-quality products consistently while minimizing downtime and resource wastage. Through our efforts, millwrights play a vital role in the economic success and sustainability of your business. Contact us today to see why our millwright services are the best choice for your equipment.

Steel Erectors For Your Metal Building Projects

 Steel Erectors For Your Metal Building Projects

STEVENS stands out when it comes to the steel erection projects in the Great Lakes Region. This is because we are committed to excellence. We have decades of experience working in the construction sector and are a leading steel erector capable of handling your steel building project.

Our structural steel erectors are highly skilled in large metal building projects. We have the knowledge and skills to produce exceptional results, whether heavy steel erection or pre-engineered metal building erection. We are proud of our commitment to customer service and track record in delivering high-quality products that exceed client expectations.

To learn more about our steel erection capabilities follow this link: https://www.stevensec.com/steel-erection

STEVENS places safety at the forefront of its values. Our safety professionals adhere to a strict zero-accidents policy and ensure that not only are our projects successful, but they also remain safe for all involved.

STEVENS is fully equipped to design and erect your steel building project according to your specifications. We know that every project is different, so we customize our services to fit your needs.

Some of our most recent projects include the Hammond Sportsplex in Indiana, an integrated cycle facility in Pennsylvania, and a waste-acid neutralizing facility at Vandergrift in Pennsylvania. These projects show our ability to solve diverse challenges through efficiency and innovation.

STEVENS Industrial Engineers and Constructors is the best choice for structural steel erection in the Great Lakes Region. Call us now to get a quote. We'll show you why we are one of the leading steel erection companies.

What Are Oil And Gas Contractors?

STEVENS Oil and Gas Contractors have been helping clients get their oil and gas projects done on schedule. 

What Are Oil & Gas Contractors? 

These contractors are any people and/or employer that are contracted for all or any part of projects in the oil and gas industry.

Let's look at some of the jobs that our Oil & Gas Construction Company has done.

PANDA HUMMEL STATION

STEVENS utilized Robotic Total Stations and Carlson Earthwork Software in conjunction with on-site engineering and subcontracted soils testing to excavate, backfill, import and export 260,000 cy of material for Panda Hummel Station in Selinsgrove, Pennsylvania.

In addition, STEVENS completed the following for this project:

• Placing storm drain piping
• Erecting storm drain structures
• Laying road beds
• Utilizing existing recycled concrete and asphalt to stabilize parking and laydown areas
• We secured all local, state and federal permits for environmental protections to ensure minimal environmental impacts.

We also held to sediment control and erosion best management practices and took every safety precaution possible including daily and weekly safety meetings, equipment inspections, and daily excavation inspections prior to the beginning of work.

Our on-site crew worked in conjunction with engineers from Bechtel to provide safe, quality, and continual excavation and backfill despite encountering bad soils and ground water.

FEATURED PROJECT | WILLIAMS - FORT BEELER

Williams contracted STEVENS for the phase 3 expansion of their Fort Beeler facility near Moundsville, West Virginia.Construction Services for Oil and Gas Plant Expansion

For this project, our scope of work involved: 

• Hydro-excavating
• Installing 1,000 cy of concrete
• Installing 100 tons of steel
• Steel fabrication
• Fabrication and erection of 200-foot flare stack
• Setting all equipment STEVENS provided daily quantities and weekly drawings for progress verification.

Work With Our Oil & Gas Construction Company

At STEVENS, we can help you with your oil and gas project. From setting equipment to installing foundations and numerous other project demands, the STEVENS family of companies can be your single-source firm for oil and gas industrial projects. 

Contact STEVENS Engineers & Constructors today for a quote.

With over 75 years of experience in industrial development, STEVENS oil and gas contractors have the experience, commitment and quality to meet the complex demands of your oil and gas project.

STEVENS Spool Welding Robot Reduces Downtime & Improves Weld Quality

STEVENS recently installed a new Spool Welding Robot (SWR) from Novarc. 

This innovative technology in the piping industry will allow STEVENS to increase our throughput and capacity to better serve our clients. 

This means we can take on more of your projects, and improve quality at the same time. 

For example, a hand weld on an 18-inch XH pipe takes over 12 hours. With the SWR, that welding time can be decreased to 33 minutes. 

Here are some other benefits that STEVENS can bring to your piping projects: 

• The ability to do a fillet weld (one of the only ones with that capability)
• Non-stop welding. It can do root-to-cap welds without stopping, meaning the job gets done quicker. 
• Videos of the entire welding process that can be used for QC purposes.
• We can weld almost any type of pipe material, allowing us to increase the diversity of projects we can handle for our clients.

Most importantly, it allows us to

• Reduce imperfections
• Reduce downtime
• Improve weld quality and decrease defect

To learn more about how we can help you with your pipe fabrication project click HERE.

What's The Difference Between OffShore and OnShore Wind Energy?

The wind is an excellent source of energy, but getting energy from the wind is by no means a new idea. Since ancient times, people have been using wind power. 

But now, the utilization of wind energy is increasing.

Offshore and onshore wind farms are important to the goal of having a carbon-neutral electrical system. These range from the many visible wind turbines across the countryside to the larger operations off our coasts.

In this post, we'll talk about the differences between offshore wind energy and onshore wind energy.

 

Key Takeaways About Offshore and Onshore Wind Farms:

• Wind is an excellent source of energy, and the utilization of wind energy is increasing.
• Offshore and Onshore wind farms are an important piece of renewable energy sources that can help lessen our dependence on fossil fuels.
• Onshore wind power refers to wind turbines constructed and situated on land.
• Offshore wind power refers to wind farms built on shallow bodies of water, usually in the ocean.
• STEVENS builds power systems and facilities for the wind energy generation industry. We are equipped to work with companies in all power and energy sectors, including wind energy.

 

Table Of Contents

• How Does Wind Power Work?
• What's Onshore Wind Energy?
• The Pros Of Onshore Wind Farms
• What's Offshore Wind Energy?
• The Pros Of Offshore Wind Farms
• Similarities Between Offshore And Onshore Wind Power
• Differences Between Offshore And Onshore Wind Power
• The Future Of Wind

 

How does wind power work?

Wind power plants use turbines to generate electricity from wind energy.

The blades on the turbines are attached to a motor which uses the motion of the blades created by the wind to create electricity.

The electricity created is sent to a gearbox, and the gearbox converts the slow spinning of the blades into a fast rotating motion.

That turns a drive shaft fast enough to power an electrical generator.

In the past, onshore wind turbines were the most popular.

However, as technology has improved in recent years, offshore wind farms in deep waters have been created.

 

What's Onshore Wind Energy?

Onshore wind power refers to wind turbines constructed and situated on land rather than water.

They are often found in locations with low population density and conservation value.

The Pros of Onshore Wind Farms

Cost-effective

Onshore wind turbines are cheaper than offshore turbines.

They are one of the cheapest ways to get renewable energy, along with nuclear and solar power.

The costs related to infrastructure and maintenance for onshore wind farms are much lower than for offshore wind projects.

They sometimes cost half as much as the wind projects that create offshore energy.

Investments in onshore wind farms will pay off in as little as two years, all the while creating cost-efficient power for consumers.

 

Boosts Local Economy

Energy companies consider how their wind farms will benefit local economies when they are determining the best areas to construct their farms.

The economic value can be measured by how much money the onshore farms and local landowners make and how many jobs are created for people in the area.

 

Quicker Installation

The installation of onshore wind farms is cheaper and takes less time.

Onshore wind farms can be built and ready for business in a matter of months, while other sustainable energy projects can take a while to develop and be constructed.

 

What's Offshore Wind Energy?

Offshore wind farms are built over shallow open bodies of water, usually in the ocean.

The wind speeds in these areas area are greater, and the farms can get the most power from the wind.

The term "offshore wind" can also be used to describe offshore wind turbines in lakes and fjords.

Most offshore wind farms have wind turbines fixed to the ground in shallow water. But as offshore technology improves, wind farms will be able to be built in deeper waters.

 

The Pros of Offshore Wind Farms

Generates More Energy

Onshore wind turbines generate an average of 1MW less power than offshore farms.

Offshore wind farms have larger turbines than onshore turbines, which are limited to a certain height. This means that more energy can be captured.

Offshore wind speeds are almost always higher than land speeds.

That means more energy can be produced at sea than on land.

 

More Efficient

Offshore wind farms are thought to be more effective at making energy than onshore ones.

Offshore farms can make equal amounts of energy as onshore farms with fewer turbines.

This is because winds at sea are stronger and blow in the same direction more often than winds on land.

 

Less Intrusive

Offshore wind farms also have fewer environmental impacts than their onshore counterparts because they are out at sea.

There aren't any buildings or other obstacles that can get in the way of offshore wind farms.

They also don't affect how towns use their land or create noise pollution.

You can build bigger offshore wind farms per square mile than onshore ones because there are fewer obstacles, and they have less of an effect on the environment.

Similarities Between Onshore and Offshore Wind Power

Onshore and offshore wind turbines have their differences, but they work by the same mechanical principles.

All wind turbines have rotor blades that spin around a horizontal hub.

They all have a gearbox and a generator.

When the wind hits the blades and spins them, kinetic energy is sent to the gearbox.

Now the gearbox speeds up the rotation of the blades so it can power the generator.

The generator turns the rotational energy into electricity.

And finally, the power is sent to the grid to be used by consumers.

All wind turbines are built with pretty much the same materials no matter where they are constructed.

If offshore and onshore turbines were the same size and the winds were the same speed, then they would both generate the same amount of power.

 

Differences Between Onshore and Offshore Wind Power

Even though the materials and mechanics of onshore and offshore wind turbines are similar, they have some big differences.

Where the wind farms are located is the most obvious difference between the two types of farms.

In fact, most of the differences between land and sea turbines and how they are built come from the vast differences in geography and geology between the two.

Setting up onshore wind farms is much cheaper than offshore farms.

To build an offshore wind farm, you will need platforms, underwater cables, interconnection, and additional safety features.

This all adds to the installation cost.

Also, maintenance on offshore farms has to be done by helicopters and boats that can go out into the ocean, which is more expensive than land-based options.

However, onshore wind power isn't as dependable or predictable as offshore wind power.

Before land is bought or rented for the construction of a wind farm to make clean energy, the terrain and wind currents that the terrain is exposed to must be carefully studied.

That in itself can cause problems and add additional costs.

You also need available land.

With the world's population growing exponentially and more land being used for housing and farming, land comes at a premium when it comes to locating areas to set up wind farms.

There's plenty of space available in the ocean, and offshore farms have fewer difficulties with wind power and availability.

This allows them to make more reliable and efficient power.

 

The Future Of Wind WITH STEVENS 

Overall, wind turbines are easy to set up, whether they are on land or at sea. This is especially true when compared to other energy sources.

As long as the wind keeps blowing, wind energy will continue to be an essential energy source and a critical part of energy conversation.

Researchers expect onshore and offshore wind technology to improve in significant ways in the coming years and decades.

STEVENS builds power systems and facilities for the wind energy generation industry.

With decades of combined experience serving clients of all types and sizes, our expert crews have the knowledge and skills to meet energy-sector projects' demands.

Our family of companies ensures every client is able to complete projects on time, on budget, and according to exact specifications.

We are equipped to work with companies in all power and energy sectors, including offshore and onshore wind energy.

Click on the button below to see how we can help you with your renewable energy construction project.

 

 

Check out our other articles:

What Are The Main Types Of Renewable Energy?

What Is A Solar Farm?

 

References:

https://www.brunel.net/en/blog/renewable-energy/onshore-offshore-wind

https://www.expertisedelivered.com/insights/blog/the-pros-and-cons-of-onshore-vs-offshore-wind-farms-29/

https://kiwienergy.us/differences-between-onshore-offshore-wind-energy/

https://housemethod.com/solar/onshore-vs-offshore-windpower/

What's The Difference Between OffShore and OnShore Wind Energy?

The wind is an excellent source of energy, but getting energy from the wind is by no means a new idea. Since ancient times, people have been using wind power. 

But now, the utilization of wind energy is increasing.

Offshore and onshore wind farms are important to the goal of having a carbon-neutral electrical system. These range from the many visible wind turbines across the countryside to the larger operations off our coasts.

In this post, we'll talk about the differences between offshore wind energy and onshore wind energy.

 

Key Takeaways About Offshore and Onshore Wind Farms:

• Wind is an excellent source of energy, and the utilization of wind energy is increasing.
• Offshore and Onshore wind farms are an important piece of renewable energy sources that can help lessen our dependence on fossil fuels.
• Onshore wind power refers to wind turbines constructed and situated on land.
• Offshore wind power refers to wind farms built on shallow bodies of water, usually in the ocean.
• STEVENS builds power systems and facilities for the wind energy generation industry. We are equipped to work with companies in all power and energy sectors, including wind energy.

 

Table Of Contents

• How Does Wind Power Work?
• What's Onshore Wind Energy?
• The Pros Of Onshore Wind Farms
• What's Offshore Wind Energy?
• The Pros Of Offshore Wind Farms
• Similarities Between Offshore And Onshore Wind Power
• Differences Between Offshore And Onshore Wind Power
• The Future Of Wind

 

How does wind power work?

Wind power plants use turbines to generate electricity from wind energy.

The blades on the turbines are attached to a motor which uses the motion of the blades created by the wind to create electricity.

The electricity created is sent to a gearbox, and the gearbox converts the slow spinning of the blades into a fast rotating motion.

That turns a drive shaft fast enough to power an electrical generator.

In the past, onshore wind turbines were the most popular.

However, as technology has improved in recent years, offshore wind farms in deep waters have been created.

 

What's Onshore Wind Energy?

Onshore wind power refers to wind turbines constructed and situated on land rather than water.

They are often found in locations with low population density and conservation value.

The Pros of Onshore Wind Farms

Cost-effective

Onshore wind turbines are cheaper than offshore turbines.

They are one of the cheapest ways to get renewable energy, along with nuclear and solar power.

The costs related to infrastructure and maintenance for onshore wind farms are much lower than for offshore wind projects.

They sometimes cost half as much as the wind projects that create offshore energy.

Investments in onshore wind farms will pay off in as little as two years, all the while creating cost-efficient power for consumers.

 

Boosts Local Economy

Energy companies consider how their wind farms will benefit local economies when they are determining the best areas to construct their farms.

The economic value can be measured by how much money the onshore farms and local landowners make and how many jobs are created for people in the area.

 

Quicker Installation

The installation of onshore wind farms is cheaper and takes less time.

Onshore wind farms can be built and ready for business in a matter of months, while other sustainable energy projects can take a while to develop and be constructed.

 

What's Offshore Wind Energy?

Offshore wind farms are built over shallow open bodies of water, usually in the ocean.

The wind speeds in these areas area are greater, and the farms can get the most power from the wind.

The term "offshore wind" can also be used to describe offshore wind turbines in lakes and fjords.

Most offshore wind farms have wind turbines fixed to the ground in shallow water. But as offshore technology improves, wind farms will be able to be built in deeper waters.

 

The Pros of Offshore Wind Farms

Generates More Energy

Onshore wind turbines generate an average of 1MW less power than offshore farms.

Offshore wind farms have larger turbines than onshore turbines, which are limited to a certain height. This means that more energy can be captured.

Offshore wind speeds are almost always higher than land speeds.

That means more energy can be produced at sea than on land.

 

More Efficient

Offshore wind farms are thought to be more effective at making energy than onshore ones.

Offshore farms can make equal amounts of energy as onshore farms with fewer turbines.

This is because winds at sea are stronger and blow in the same direction more often than winds on land.

 

Less Intrusive

Offshore wind farms also have fewer environmental impacts than their onshore counterparts because they are out at sea.

There aren't any buildings or other obstacles that can get in the way of offshore wind farms.

They also don't affect how towns use their land or create noise pollution.

You can build bigger offshore wind farms per square mile than onshore ones because there are fewer obstacles, and they have less of an effect on the environment.

Similarities Between Onshore and Offshore Wind Power

Onshore and offshore wind turbines have their differences, but they work by the same mechanical principles.

All wind turbines have rotor blades that spin around a horizontal hub.

They all have a gearbox and a generator.

When the wind hits the blades and spins them, kinetic energy is sent to the gearbox.

Now the gearbox speeds up the rotation of the blades so it can power the generator.

The generator turns the rotational energy into electricity.

And finally, the power is sent to the grid to be used by consumers.

All wind turbines are built with pretty much the same materials no matter where they are constructed.

If offshore and onshore turbines were the same size and the winds were the same speed, then they would both generate the same amount of power.

 

Differences Between Onshore and Offshore Wind Power

Even though the materials and mechanics of onshore and offshore wind turbines are similar, they have some big differences.

Where the wind farms are located is the most obvious difference between the two types of farms.

In fact, most of the differences between land and sea turbines and how they are built come from the vast differences in geography and geology between the two.

Setting up onshore wind farms is much cheaper than offshore farms.

To build an offshore wind farm, you will need platforms, underwater cables, interconnection, and additional safety features.

This all adds to the installation cost.

Also, maintenance on offshore farms has to be done by helicopters and boats that can go out into the ocean, which is more expensive than land-based options.

However, onshore wind power isn't as dependable or predictable as offshore wind power.

Before land is bought or rented for the construction of a wind farm to make clean energy, the terrain and wind currents that the terrain is exposed to must be carefully studied.

That in itself can cause problems and add additional costs.

You also need available land.

With the world's population growing exponentially and more land being used for housing and farming, land comes at a premium when it comes to locating areas to set up wind farms.

There's plenty of space available in the ocean, and offshore farms have fewer difficulties with wind power and availability.

This allows them to make more reliable and efficient power.

 

The Future Of Wind WITH STEVENS 

Overall, wind turbines are easy to set up, whether they are on land or at sea. This is especially true when compared to other energy sources.

As long as the wind keeps blowing, wind energy will continue to be an essential energy source and a critical part of energy conversation.

Researchers expect onshore and offshore wind technology to improve in significant ways in the coming years and decades.

STEVENS builds power systems and facilities for the wind energy generation industry.

With decades of combined experience serving clients of all types and sizes, our expert crews have the knowledge and skills to meet energy-sector projects' demands.

Our family of companies ensures every client is able to complete projects on time, on budget, and according to exact specifications.

We are equipped to work with companies in all power and energy sectors, including offshore and onshore wind energy.

Click on the button below to see how we can help you with your renewable energy construction project.

 

 

Check out our other articles:

What Are The Main Types Of Renewable Energy?

What Is A Solar Farm?

 

References:

https://www.brunel.net/en/blog/renewable-energy/onshore-offshore-wind

https://www.expertisedelivered.com/insights/blog/the-pros-and-cons-of-onshore-vs-offshore-wind-farms-29/

https://kiwienergy.us/differences-between-onshore-offshore-wind-energy/

https://housemethod.com/solar/onshore-vs-offshore-windpower/

What Are The Main Types Of Renewable Energy?

A source of energy that can be used repeatedly, like the sun, is called a "renewable energy source."

When people talk about alternative energy, they usually mean renewable energy.

It refers to sources of energy that can be used instead of coal and other sources that can't be used forever.

In the article below, we will discuss the most common types of renewable energy.

Key Takeaways About Renewable Energy:

• The United States uses a lot of nonrenewable energy sources like coal, natural gas, and oil.
• A lot of nations are working to increase renewable energy as a means of lowering carbon dioxide emissions.
• Some of the most common forms of renewable energy are solar power, wind energy, hydropower, and geothermal.
• Renewable energy construction projects are important as they help us to not rely solely on fossil fuel sources
• Star your renewable energy project with STEVENS!

Table Of Contents

• Most Of Our Energy Is Nonrenewable
• Renewable Energy Was The Main Source Of Energy For Most Of Human History
• The Most Common Types Of Renewable Energy
• What Are The Benefits Of Renewable Energy?
• Are There Any Disadvantages Of Renewable Energy?
• Are Renewable Energy Resources The Same As Clean Or Green Energy?
• Start Your Renewable Energy Project Today!

 

Most Of Our Energy Is Nonrenewable

In the United States, most energy used to do work comes from nonrenewable energy sources.

Nonrenewable energy sources include coal, natural gas, and oil, which are all fossil fuels. These sources can be found in nature but are finite in their amount.

Nonrenewable energy sources often take thousands of years to form, and they have to be taken out of the ground and burned to make the energy that makes electricity.

When they are burned, they also give off dangerous greenhouse gases like CO2.

Coal, natural gas, and petroleum are all made from the buried remains of sea plants and animals that lived millions of years ago.

Most of the petroleum products used in the U.S. are made from crude oil, but petroleum liquids can also be made from natural gas and coal.

Uranium produces nuclear energy; when they're atoms are split (nuclear fission) it creates a nonrenewable energy source to make heat and, eventually, electricity.

Scientists think that uranium was made billions of years ago when the stars were made. Uranium is found in the crust of the Earth, but most of it is too hard or expensive to mine and turn into fuel for nuclear power plants.

 

Renewable energy HAS BEEN the main SOURCE OF energy for most of human history

For the majority of human history, biomass from plants have been the main energy source.

In the United States, nonrenewable energy sources started to overtake most renewable energy consumption in the early 1800s.

By the early 1900s, fossil fuels had become the primary energy source.

The use of biomass for homes was still a source of energy, primarily in rural areas and as an additional heat source in metropolitan areas.

Incentives for renewable energy, particularly for electricity production, led to an increase in biomass and other renewable energy sources starting in the middle of the 1980s.

A lot of nations are aiming to boost the usage of renewable energy as a means of lowering and preventing carbon dioxide emissions.

The Most Common Types Of Renewable Energy

Solar Energy

One of the most readily available energy sources on our planet is sunlight.

The volume of solar energy that reaches the globe's surface in a single hour exceeds the planet's annual energy needs.

Solar farms can create enough energy for thousands of homes by utilizing mirrors to focus the light of the sun across acres of solar cells.

The amount of solar energy we can utilize varies depending on the time of day, the season of the year, as well as our geographic location, despite the fact that it may seem like the perfect renewable energy source.

Solar energy is becoming a more and more common alternative to complement your energy use in the U.S.

 

Wind Energy

Another plentiful source of renewable energy is wind.

With wind power contributing more and more to the electric grid, wind farms are becoming a more common sight in parts of the U.S.

Wind energy harnesses the kinetic energy of moving air by using large wind turbines located on land (or in bodies of water.

Wind energy doesn't release any harmful products or produce carbon dioxide that can cause environmental damage or affect human health negatively, like smog, acid rain, or other heat-trapping gases.

Even though "off-grid" or household power methods exist, not every property can accommodate a residential wind turbine.

 

Hydro energy

Hydropower is one of the most commercially established sources of renewable energy.

A big reservoir can be utilized to create a regulated flow of water that will drive a turbine and produce power by erecting a dam or barrier.

The ability to store electricity for use during peak demand often makes hydroelectric energy more reliable than solar or wind power (especially if it's tidal rather than river-based).

Hydroelectric power can occasionally be more cost-effective as a commercial energy source (depending on the type and compared to other energy sources), but it can also be utilized for domestic, "off-grid" generating.

 

Tidal Energy

Another hydro energy source is tidal power, which uses twice-daily tidal currents to power turbines and feeds the power grid.

Even though the tidal flow isn't constant, unlike other hydro energy sources, it is very predictable and may make up for times when the tide current is weak.

 

Geothermal Energy

Geothermal energy can be utilized to heat homes directly or to generate power by utilizing the natural heat that exists beneath the earth's surface.

Geothermal energy is important to nations like Iceland, where geothermal heat is considerably more freely available, despite harnessing a power just beneath our feet.

 

Biomass Energy

In this process, solid fuel created from plant resources is transformed into electricity.

Although the core of biomass is the burning of organic materials to create electricity, this process is now cleaner and more energy-efficient.

Biomass creates power at a significantly lower financial and environmental cost by turning home, industrial, and agricultural waste into solid, liquid, and gas fuels.

 

What Are The Benefits Of Renewable Energy?

Harnessing the potential of renewable energy sources is crucial for our future for a number of reasons.

Governments worldwide are working to create renewable energy sources since they are significantly more abundant than fossil fuels.

The clean energy that renewables supply will be essential in halting further global warming, which is perhaps the most critical factor.

When used, renewables emit little to no harmful emissions.

Because of this, achieving many of our future net zero goals will depend on expanding their current use.

Are There Any Disadvantages Of Renewable Energy?

Numerous renewable energy sources, as we already established, cannot always be relied upon.

We cannot produce solar power when the sun sets or is obscured by clouds or wind power when there is no wind.

Because of this, many nations continue to supplement their renewable energy sources with fossil fuels.

Due to this varying production capacity, substantial energy storage systems are needed to ensure that there is always adequate electricity when the production of renewable energy drops.

An alternative solution is using many renewable technologies to build a more adaptable supply chain that can offset drops in production for a particular source.

Some renewable resources, including biomass and hydropower, do not experience these supply issues, but each has a unique environmental impact.

Additionally, some renewable energy sources, including wind and solar farms, are a source of complaints from nearby residents who do not wish to live near them.

 

Are Renewable Energy Resources The Same As Clean Or Green Energy?

Although the phrases "green energy," "clean energy," and "renewable energy" are sometimes used synonymously, there is a significant distinction between them.

Electricity generation using a clean source of energy is emission-free.

However, a "carbon cost" may occasionally be associated with its production or upkeep.

For instance, in order to build hydroelectric facilities with a dam, natural areas must be cleared, and this effort frequently results in carbon emissions.

Green energy is produced entirely naturally and has little to no negative environmental effects during production or consumption.

One of the benefits of solar energy systems is that they don't create greenhouse gases or pollute the air if they are responsibly built; most solar panels have few environmental impacts beyond manufacturing.

They both have the potential to be renewable sources of electrical energy, which means their source is inexhaustible.

So, while most green energy sources are renewable sources, not all renewable energy sources are considered green.

START YOUR RENEWABLE ENERGY CONSTRUCTION ProjECT TODAY

The construction industry is making great leaps toward greener technologies, but if we want to make renewable energy sources more common, we need to start the process today.

With decades of combined experience serving clients of all types and sizes, STEVENS' crews have the knowledge and skills needed to meet the demands of renewable energy construction projects.

If you're looking for a construction company to help with renewable energy sources like solar power, wind turbines, and even hydrogen modular plants, STEVENS is your best choice. 

If you're ready to get started on your renewable energy construction project with the best construction company in the renewable energy industry, click on the link below.

 

 

 

References:

https://www.twi-global.com/technical-knowledge/faqs/renewable-energy#Disadvantages

https://www.nationalgrid.com/stories/energy-explained/what-are-different-types-renewable-energy

https://www.eia.gov/energyexplained/what-is-energy/sources-of-energy.php

https://www.edfenergy.com/for-home/energywise/renewable-energy-sources