The Easiest Ways to Save Money on Your Utility Bills

As the climate warms, it’s more important than ever to consider how you can lower your carbon footprint as a homeowner. And lowering your carbon footprint has another huge benefit: you can often save money as a result of green upgrades to your home. Besides making structural changes—like adding solar panels, for example, to your home, there are other ways to save on your utility bills such as turning off lights you’re not using. Below, we’ve gathered our tops tips for saving money on energy – and helping out the planet, too!

Take advantage of sunshine during the winter

The sun is basically free heat for your home. Homeowners can take advantage of what’s called passive solar design. During the day, open the curtains on south-facing windows to let the sunshine inside so it can warm up your house. This will keep your home considerably hotter during the colder months.

Don’t forget to close the curtains when the sun sets so you can keep as much of that trapped solar heat as possible. Consider investing in thick, insulated curtains, which will help keep heat inside your living spaces.

Pay attention to your ceiling fan’s rotation in winter and summer

As you may know, warm air rises. Instead of letting that warm air go up, up and away, you can leverage your ceiling fan to keep that warm air close to you and your family. Reverse your ceiling fan’s rotation so that it turns clockwise instead of counterclockwise. This will keep the hot air in your living spaces.

And during the hotter months, make sure the fan is spinning counterclockwise to pull hot air away from you.

Get a new roof

A new roof can make a huge difference in your energy savings. Best of all? Energy-efficient roofing helps you save money in both the colder and warmer months. Many new types of roofing are “cool roofs” which reflect more of the sun’s rays instead of allowing solar heat to permeate into the home. This means that you don’t have to run the AC as low or as often. In the winter, a new roof helps prevent warm air from escaping.

Plus, in many areas, you might be eligible for a government tax incentive for replacing an old roof with an energy-efficient version.

Seal drafts around windows, doors, and other areas of your home

One of the best methods for determining what areas of your home can be more energy-efficient is by conducting a DIY energy audit. To do an energy audit, light an incense stick and watch to see if smoke is pulled to cracks in the windows or under the doors. You can also sometimes feel drafts by simply putting your palm up around the edges of windows and doors. Once you find drafty areas, it’s important to seal up those holes with weather stripping or caulking.

Fixing air leaks will benefit you both in the summer and the winter because it helps keep your HVAC system from working overtime.

Invest in a smart thermostat

A smart thermostat is a prudent investment, especially if you regularly forget to turn off the A/C or heat when you leave for work or errands. That wasted energy can add up to a big utility bill at the end of the month. A smart thermostat regulates the temperature and automatically programs a specific range to keep you comfortable but turns off in unoccupied rooms.

Schedule regular maintenance

Routine maintenance is essential to promote the longevity of your HVAC system and to ensure that your home isn’t wasting energy. Make sure to replace filters at least once a month and keep tabs on how old your HVAC system is, most systems need to be replaced every 15-20 years.

Takeaways

There are a variety of reasons as to why it’s in your best interest to find ways to make your home greener. Not only do green upgrades ultimately save you money, they also help the planet during a time when a climate emergency is threatening our very existence. If you want to see a smaller utility bill and live a more eco-friendly life, utilize some of the tips mentioned in this article. You’ll save money and help save earth, too.

How Can Oil-Free Air Compressors Benefit You and The Environment?

If you already have an air compressor, you will be aware of how they are an incredibly valuable tool for industries and DIY enthusiasts. Commonly used to power pneumatic tools but can be used for a variety of applications. Air compressors provide you with complete power over spraying, nailing, sanding and hammering at a fraction of the time it would take with manual tools.

These machines can also be used for inflating tyres, auto repairs and even creating home-made snow machines. Sandblasters, impact wrenches, grease guns, die grinders and angle disc grindles can also be attached.

We all love our power tools and would be lost without them; however, we are becoming more aware regarding the issue of carbon emissions. Reducing our carbon footprint is one of the most important things companies and individuals can do in their lifetime. Small changes within your business and homes can be a great start to decrease our carbon emissions and help save the planet.

If you are looking to purchase your first air compressor or to update an existing model, Direct Air has created a guide on why an oil-free air compressor is a great choice, not just for the environment, but to help you save on energy bills. You can see their full range of oil-free air compressors at https://www.directair.co.uk/products/oil-free-air-compressors/.

Every air compressor requires lubrication in order to efficiently and safely draw in air to its cylinder, commonly using a piston movement. The traditional method to achieve this is using oil, while oil-based air compressors do have their benefits as they are more robust and can handle large-scale applications, they are higher in initial cost, harder to maintain and far heavier than their oil-free counterparts.

Oil-free air compressors gain lubrication through a non-stick coating, generally Teflon. As extra elements to hold oil are eradicated from these machines, they are far lighter and smaller than oil-based air compressors which make them ideal for applications that are not static. Due to less components, oil-free air compressors are often cheaper to purchase.

Oil-based air compressors must remain static and upright when in use, oil-free are far more versatile. As you do not need to consider the oil flow, they can be positioned wherever you see fit. They are also operatable at any temperature, oil can become viscous in cooler climates and can cause problems when attempted to start the motor, oil-free erases this issue.

With these benefits in mind, you can achieve even more with your oil-free air compressor by helping to reduce the use of fossil fuels maintain the planet’s natural resources. You can also make a direct impact on your running costs, saving you and your business money on your energy bills.

With an oil-free air compressor, all costs to collect and dispose of oil-laden condensate will be removed, not to mention the initial cost of the oil itself. These compressors are less wasteful as they do not require the replacement of the air/oil separator and filtration elements which are required to get rid of oil aerosols, these parts are notorious for wearing down quickly. You will not needlessly be sending these parts to landfill and be bearing the cost of new ones on a regular basis.

If you are worried about direct harmful emissions from your air compressor, oil-free air compressors produce the purest form of air which will reduce any negative impact into the atmosphere, great for the planet and for those working around it. You will also not have the trouble of potentially contaminated products from oil spillages during projects.

A big bonus of oil-free air compressors is that they are safer than their counterparts, as there is no oil, you eliminate the risk of compressed air pipeline fires. An incredibly important factor to consider for the safety of you, your staff and your premises.

Oil-free air compressors can dramatically reduce your energy bills compared to the oil-based counterpart as they require less energy to run which will cut down your environmental impact. Oil-free air compressors do not need increased forces of power when the unit has a drop in the filtration in the downstream pressure, unlike oil-based. Oil-free units can, on average, unload in 2 seconds of your command which only uses around 18% of its full load horsepower.

Of course, all machines come with their downsides and oil-free air compressors are no exception. Oil-free air compressors are known to generate more noise which can be an annoyance and hazard to those using it and those around them.

There is a solution, you can invest in a low-noise air compressor. These reduce noise levels to around 40dB. The lowest safe level is considered 60 dB and anything over 80dB can cause long-term problems with hearing.

With the addition of an acoustic cylinder to contain this noise, opting for a low-noise air compressor is an investment worth making. It is recommended when using any power tool that protective gear is worn to eliminate lasting damage and long-term effects, even with a low-noise machine.

If you were considering purchasing a new air compressor or have simply been doing research on them, you should now have a comprehensive understanding of the benefits an oil-free air compressor possesses.

5 Best Things Students Can Do to Save the Planet

Like anyone else, students have an important role to play in counteracting current environmental problems. After all, they are the generations that would unjustly inherit some of the most perilous global challenges humanity has ever faced. They would also become the future leaders that are expected to implement key measures to save the planet in the coming decades. Below, we explore the most important means through which students can help the ongoing fight. For some key advice on how each of us can contribute, check this info guide from the World Wildlife Fund.

1. Consume Less

If there is one thing you must do before everything else in order to save the world, it is limiting the number of resources you require. This applies to most products – there are very few exceptions. It is crucial to reduce the amount of environmentally damaging products consumed, such as plastics in any form, various chemical products (detergents, bleach, cosmetics), industrial products, especially those that use valuable resources, are hard to recycle, or whose production is associated with high energy demands.

By reducing consumption, you can also save money, which is always relevant for a student. Given how our world and economy function, every time you buy something you cast a vote for a particular version of the future.

2. Recycle

Although probably having the greatest impact, avoiding consumption entirely is unrealistic or incredibly hard to achieve. Hence, for those products that you do consume, seek for ways to recycle them. Food waste can be turned into compost, while plastic, paper, metal, the glass could all be reused.

 

 

Also, ensure that you support producers that recycle materials. Even so, you should be aware that recycled materials are typically used only in producing lower-quality or less demanding industrial products, hence, it is not ensuring a closed circuit of resources.

3. Mind What and How Much You Eat

Even if food waste isn’t normally a polluting factor, the production of any food requires significant amounts of water, energy, fertilizers, pesticides, herbicides, and fossil fuels. Hence, when throwing food away, we waste considerable resources.

Apart from that, there are some foods that are associated with a much higher environmental impact, such as palm oil, which is associated with deforestation in tropical areas, or meat, which requires incredibly high amounts of water, energy, and crops/ land to produce.

4. Volunteer for the Environment

The state of our environment is such that there is always work to do. Volunteering is one important way in which we can help the environment and inspire others to do the same. It can take many forms, such as saving animals or animal habitats, cleaning urban or wild areas from litter, finding sponsors and raising donations for specific environmental projects, helping to gather products for recycling, etc.

All these activities could be time-consuming and could interfere with college coursework. Sometimes, college homework might prevent you from attending an important event or activity that you planned for much ahead. In such situations or whenever confronted with multiple pressing deadlines, getting help from EduBirdie Canada could be a life-saver. Note that any accomplishments in environmental volunteering could become a strong point in your CV as well as a convincing argument for your future academic or job applications, so they shouldn’t be ignored.

5. Travel Less Using Vehicles

Burning fossil fuels are an important contributor to air pollution (an important cause of disease worldwide) but also to rising CO2 levels, which cause global climate change. Hence, it makes sense to substitute, whenever possible, your trips by vehicle with bike rides or walks. Importantly, air travel typically results in hundreds of kilograms of CO2 per passenger, which represents a much higher environmental footprint compared to land transportation.

Conclusion

We have listed above some key directions in which you should act in order to embrace a greener lifestyle. However, there are many more ways to help the environment. Feel free to check these energy-saving tips for additional advice. Importantly, the same goals could be achieved by using a great variety of paths – the way how you implement your personal environmental plan is up to you. You are highly welcome to come up with creative new ways and share them with your community. The world is in desperate need of solutions that would address the environmental disaster we are witnessing.

Combined Heat and Power Systems in Biomass Industry

Combined heat and power systems in the biomass industry means the simultaneous generation of multiple forms of useful energy (usually mechanical and thermal) from biomass resources in a single, integrated system. In a conventional electricity generation systems, about 35% of the energy potential contained in the fuel is converted on average into electricity, whilst the rest is lost as waste heat. CHP systems use both electricity and heat and therefore can achieve an efficiency of up to 90%.

CHP technologies are well suited for sustainable development projects because they are socio-economically attractive and technologically mature and reliable. In developing countries, cogeneration can easily be integrated in many industries, especially agriculture and food processing, taking advantage of the biomass residues of the production process. This has the dual benefits of lowering fuel costs and solving waste disposal issues.

CHP systems consist of a number of individual components—prime mover (heat engine), generator, heat recovery, and electrical interconnection—configured into an integrated whole. Prime movers for CHP units include reciprocating engines, combustion or gas turbines, steam turbines, microturbines, and fuel cells. A typical CHP system provides:

  • Distributed generation of electrical and/or mechanical power.
  • Waste-heat recovery for heating, cooling, or process applications.
  • Seamless system integration for a variety of technologies, thermal applications, and fuel types.

The success of any biomass-fuelled CHP project is heavily dependent on the availability of a suitable biomass feedstock freely available in urban and rural areas.

Rural Resources Urban Resources
Forest residues Urban wood waste
Wood wastes Municipal solid wastes
Crop residues Agro-industrial wastes
Energy crops Food processing residues
Animal manure Sewage

Technology Options

Reciprocating or internal combustion engines (ICEs) are among the most widely used prime movers to power small electricity generators. Advantages include large variations in the size range available, fast start-up, good efficiencies under partial load efficiency, reliability, and long life.

Steam turbines are the most commonly employed prime movers for large power outputs. Steam at lower pressure is extracted from the steam turbine and used directly or is converted to other forms of thermal energy. System efficiencies can vary between 15 and 35% depending on the steam parameters.

Co-firing of biomass with coal and other fossil fuels can provide a short-term, low-risk, low-cost option for producing renewable energy while simultaneously reducing the use of fossil fuels. Biomass can typically provide between 3 and 15 percent of the input energy into the power plant. Most forms of biomass are suitable for co-firing.

Steam engines are also proven technology but suited mainly for constant speed operation in industrial environments. Steam engines are available in different sizes ranging from a few kW to more than 1 MWe.

A gas turbine system requires landfill gas, biogas, or a biomass gasifier to produce the gas for the turbine. This biogas must be carefully filtered of particulate matter to avoid damaging the blades of the gas turbine.

Stirling engines utilize any source of heat provided that it is of sufficiently high temperature. A wide variety of heat sources can be used but the Stirling engine is particularly well-suited to biomass fuels. Stirling engines are available in the 0.5 to 150 kWe range and a number of companies are working on its further development.

A micro-turbine recovers part of the exhaust heat for preheating the combustion air and hence increases overall efficiency to around 20-30%. Several competing manufacturers are developing units in the 25-250kWe range. Advantages of micro-turbines include compact and light weight design, a fairly wide size range due to modularity, and low noise levels.

Fuel cells are electrochemical devices in which hydrogen-rich fuel produces heat and power. Hydrogen can be produced from a wide range of renewable and non-renewable sources. A future high temperature fuel cell burning biomass might be able to achieve greater than 50% efficiency.

Top 4 Benefits Of Natural Gas

All areas of our lives are literally run by energy. And with various options of energy consumption choices, it’s always good to know the benefits of each one of them so that you make a great consumer choice. Today, in this article, we are focusing on natural gas and are going to take you through some of its top benefits. So if that’s what you have been searching for, then you are at the correct place. Let’s get started!

  1. Clean Burning Fuel

When compared to coal, oil, and diesel, natural gas is cleaner as it emits the least percentage of carbon dioxide and other related harmful chemicals. So when you use one, you don’t have to invest in emission lowering technologies as the efficiency is top notch. Also, since it’s odorless, it makes little contribution to air pollution and doesn’t cause any harm when inhaled by people and animals.

  1. Versatile

There is a given sort of flexibility and convenience that comes with the use of natural gas. With it, you enjoy the ease of starting and turning off as it won’t take much of your time. Also, since it isn’t dependent on the wind or the sun, it can function pretty well when used with solar and wind powers. It’s a source you can depend on no matter the weather conditions outside.

So if this seems like something you would like to try out, then it’s advisable to carefully go through an apples to apples comparison of the various natural gas providers and settle for one according to your needs and financial capability.

  1. Affordable

With the current hard economic times, people are always on the lookout for affordable but efficient options when it comes to products or services affecting their billings. So natural gas couldn’t have been easily accessible at a better time. In fact, it’s by far one of the cheapest energy options in the current market. This is because, even as you calculate the long-term costs of seemingly cheap options such as generators, you will realize that they aren’t as affordable as they might appear in the beginning. Take the fuel and maintenance costs, for example, you will end up spending much more than you can ever imagine.

But this isn’t the case with natural gas. According to recent findings, its cost is expected to remain constant or relatively unchanged at least even for the next decade. So you can be sure that it’s a long-term investment, worth every cent. You make one and forget about unnecessary expenses.

  1. Reliable Delivery Infrastructure

This is probably one of the natural gas‘s primary benefits. This is because you can still receive your delivery of natural gas even during extreme weather conditions such as storms, through the pipes. A case that’s different from other energy sources. Also, the infrastructure is already established in most urban areas.

Final Thoughts

Natural gas is a clean fuel that can be used in various places while keeping the air fresh and clean. Together with this, there are various benefits associated with its use and this includes the affordability, reliable infrastructure, versatility, among others. The above list isn’t exhaustive.

Understanding the Impact of Clogged Air Filters On Energy Consumption

As soon as the chill begins to set in with fall, the need for indoor heating starts to push electricity bills up significantly with each passing month. This continues until winter finally arrives and skyrockets electricity bills to ridiculous amounts. This is pretty much what happens in summer too if you happen to live in Texas, Florida or any of the other hot states.

In both situations though, it’s the HVAC system that consumes all the energy, which is not exactly unexpected. What most of us don’t realize is that it’s most likely those clogged filters that are making the HVAC waste more energy than it should need.

How Do Clogged Filters Affect Your HVAC System?

Before we can discuss how clogged filters affect electricity bills, it is important to understand how clogged filters affect HVAC units in the first place.

The role of an air filter is simple enough; it stops as much of the air impurities as possible from entering and circulating in the indoor environment. After a while, all that dirt, dust, debris, etc., that the filter prevented from getting in begins to congeal together, slowly closing off the airways.

Once the accumulated gunk becomes heavy enough, the HVAC system has to work extra hard to push air past these narrow airways. This is where the problem lies, as a number of negative effects from the increased exertion and dirty filters are seen.

The Effects of Extra Load on HVAC Units

Given that an HVAC system isn’t equipped to handle all that extra load on a regular basis, a number of negative impacts are seen as a result of clogged air filters.

  • The unit begins to consume more power, to be able to push air past the dirty filters
  • The increased power consumption becomes evident, as energy bills surge in direct proportion
  • Excess load decreases the potential lifetime of an HVAC unit
  • The heat exchange mechanism can overheat and short-circuit
  • The cooling coil may freeze in absence of sufficient airflow for dissipating condensation during summer
  • Breakdowns become more common, further adding to the maintenance expenses
  • Both the heating and cooling capacities of the unit suffers; slower and less effective heating/cooling
  • Since the air is pushed through the gunk with force, it circulates all the dispersed pollutants throughout the house

How to Know When Your HVAC System Needs a Filter Change?

Some of the signs are pretty obvious, but you should act before they become too obvious and your unit breaks down in the middle of January! It can get a little costly to change air filters on a regular basis for sure, so try to get them from discountfilterstore.com.

Go through the following and it should provide a decent guide towards detecting the need for a filter change before the problems get too serious.

  • It has been more than three months since your last filter change
  • The filters are starting to look grey or develop spots
  • Increase in indoor dust accumulation
  • Increase in allergic reactions such as sneezing, skin rashes, etc.
  • Heating/cooling seems to be taking a lot longer than expected
  • Heating/cooling isn’t as effective as before

Air filters serve the vital function of keeping the indoor environment fresh and healthy for everyone, but those same filters can also become the cause for health and financial problems unless they are changed in time. As long as you keep track of the change cycle though, none of what we discussed should be a cause for concern.

The Impact of Machine Learning on Renewable Energy

Machine learning, as well as its endgame, artificial intelligence, is proving its value in a wide variety of industries. Renewable energy is yet another sector that can benefit from machine learning’s smart data analysis, pattern recognition and other abilities. Here’s a look at why the two are a perfect match.

Predicting and Fine-Tuning Energy Production

One of the biggest misconceptions about solar power is that it’s only realistic in parts of the world known for year-round heat and intense sunshine. According to Google, around 80% of rooftops they’ve analyzed through their Sunroof mapping system “are technically viable for solar.” They define “viable” as having “enough unshaded area for solar panels.”

Even with this widespread viability, it’s useful to be able to predict and model the energy yield of a renewable energy project before work begins. This is where machine learning enters the equation.

Based on the season and time of day, machine learning can produce realistic and useful predictions for when a residence or building will be able to generate power and when it will have to draw power from the grid. This may prove even more useful over time as a budgeting tool as accuracy improves further. IBM says their forecasting system, powered by deep learning, can predict solar and wind yield up to 30 days in advance.

Machine learning also helps in the creation of solar installations with physical tracking systems, which intelligently follow the sun and angle the solar panels in order to maximize the amount of power they generate throughout the day.

Balancing the Smart Energy Grid

Predicting production is the first step in realizing other advantages of machine learning in clean energy. Next comes the construction of smart grids. A smart grid is a power delivery network that:

  • Is fully automated and requires little human intervention over time
  • Monitors the energy generation of every node and the flow of power to each client
  • Provides two-way energy and data mobility between energy producers and clients

A smart grid isn’t a “nice to have” — it’s necessary. The “traditional” approach to building energy grids doesn’t take into account the diversification of modern energy generation sources, including geothermal, wind, solar and hydroelectric. Tomorrow’s electric grid will feature thousands and millions of individual energy-generating nodes like solar-equipped homes and buildings. It will also, at least for a while, contain coal and natural gas power plants and homes powered by heating oil.

Machine learning provides an “intelligence” to sit at the heart of this diversified energy grid to balance supply and demand. In a smart grid, each energy producer and client is a node in the network, and each one produces a wealth of data that can help the entire system work together more harmoniously.

Together with energy yield predictions, machine learning can determine:

  • Where energy is needed most and where it is not
  • Where supply is booming and where it’s likely to fall short
  • Where blackouts are happening and where they are likely
  • When to supplement supplies by activating additional energy-generating infrastructure

Putting machine learning in the mix can also yield insights and actionable takeaways based on a client’s energy usage. Advanced metering tools help pinpoint which processes or appliances are drawing more power than they should. This helps energy clients make equipment upgrades and other changes to improve their own energy efficiency and further balance demand across the grid.

Automating Commercial and Residential Systems

The ability to re-balance the energy grid and respond more quickly to blackouts cannot be undersold. But machine learning is an ideal companion to renewable energy on the individual level as well. Machine learning is the underlying technology behind smart thermostats and automated climate control and lighting systems.

Achieving a sustainable future means we have to electrify everything and cut the fossil fuels cord once and for all. Electrifying everything means we need to make renewable energy products more accessible. More accessible renewable energy products means we need to make commercial and residential locations more energy-efficient than ever.

Machine learning gives us thermostats, lighting, and other products that learn from user preferences and patterns and fine-tune their own operation automatically. Smart home and automation products like these might seem like gimmicks at first, but they’re actually an incredibly important part of our renewable future. They help ensure we’re not burning through our generated power, renewable or otherwise, when we don’t need to be.

Bottom Line

To summarize all this, machine learning offers a way to analyze and draw actionable conclusions from energy sector data. It brings other gifts, too. Inspections powered by machine learning are substantially more accurate than inspections performed by hand, which is critical for timely maintenance and avoiding downtime at power-generating facilities.

Machine learning also helps us predict and identify factors that could result in blackouts and respond more quickly (and with pinpoint accuracy) to storm damage.

Given that the demand for energy is only expected to rise across the globe in the coming years, now is an ideal time to use every tool at our disposal to make our energy grids more resilient, productive and cost-effective. Machine learning provides the means to do it.

Is The Future of Solar Lights Bright?

Solar power is an appealing source of energy, considering that it is widely available and sustainable. However, only two percent of the world’s electricity is derived from solar as of 2018. In the past, the production of solar energy has been costly and fairly ineffective.

Good thing, new technological advancements over the past years have propelled this growing reliance on solar by lowering costs. Technological innovations also aim to expand the use of solar by further decreasing costs and improving the efficiency of solar panels.

The Importance of Solar Lighting

Although there are many uses for solar power, solar lighting is one of the most prominent. Large electrical products need high energy levels to operate them. This means that it needs large solar panels to collect appropriate energy from the sun.

solar-lights-highway

On the other hand, solar lights do not require large sources of energy and can thus be operated off much smaller panels. They provide a higher level of functionality and flexibility since the solar panels can be integrated into the lighting system.

The magnificence of solar lighting is that you can use it often and virtually any time without any cost except for the initial purchase. Direct sunlight is not even required to charge the batteries.  With advanced technology, new models of solar lights can charge even on a cloudy day.

Solar lights are well designed for outdoor usage, removing the need for risky electrical wiring. Excellent placement means maximum charging and the light turns on as the sun sets. While more extensive circuitry is required, solar lighting can also be used for interior lighting.

The Future of Solar Lighting

It is always difficult to predict the future. But by observing current trends in energy usage, solar energy industry, and prospective scientific research, we can catch a peek of what solar power could mean for the future:

Materials

Most likely, the materials that go into solar panels will change. Cell phone manufacturers, smartphones, electric vehicles, and cordless power tools all rely on the same rare earth component array that solar panel makers do.

Worldwide stocks of these resources continue to decline. Due to this, scientists have warned companies producing high-tech gadgets to find alternatives (such as iron pyrite or zinc). Experts advise manufacturers to develop their metal recycling and recovery systems.

Cost

New designs will be developed to absorb more light and convert light energy more efficiently into electricity. Upcoming solar light models will also be less costly to build than existing designs to outperform current solar cells.

solar-steer-lights

Electricity producers and consumers are more likely to embrace solar power if it is as costly or more affordable than others. Any changes to current designs of solar cells should reduce overall costs to be widely accepted.

Silicon solar cells are likely to persist to fall in price and be manufactured in large numbers in the near future. Additionally, research will continue on alternative models for solar cells that are more powerful and less costly.

With the bulk production of solar cells and emerging technologies, these developments will continue to be made possible.

Solar Power Usage

As the fight against climate change is escalating, so will the demand for renewable energy sources. Solar power will play a significant role in combating global climate change.

Solar could also spread to developing countries in the form of microgrids. Microgrids are distributed installations of electricity generation that provide energy to a limited area like a town, community, or a neighborhood.

Solar microgrids are an effective way to electrify remote communities in Africa or Southeast Asia. It is most effective for developing nations where it is too costly for electricity companies to connect far-flung towns to the power network.

Transparent Solar Cells

This advanced form of solar cells is adequately transparent for many new applications. Researchers developed a model that includes organic salts that absorb enough UV and infrared light to turn solar radiation into energy

Picture this sort of solar cell on the screen of a smartphone or a car’s windshield. Ultimately, transparent solar cells are more appealing than the conventional dark-colored panels and have a wider range of uses.

Final Thoughts

The use of solar lighting dates back to a thousand years ago when man first discovered fire. However, it is also very much the present and will be a significant part of the future. Solar lighting is here to stay until the sun shines its last beam, and as technology advances, the developments can grow over and over again.

Convinced yet of the bright future solar lighting holds? If so, look no further than www.heisolar.com. HEI is a global leader in providing highly efficient solar lighting products. The company offers a range of outdoor solar lighting solutions for your home, business, or property.

Environmental Considerations When Using Drum Heaters

For people in the colder parts of the world, temperatures can become an issue. Sometimes, you might need to keep your liquids, water or fuel at the normal room temperature. The main use of drum heaters is that they work as storages that keep their content at a certain temperature.

Barrel heaters are especially needed if their content loses its nature and benefits due to a drop or a rise in the temperature. Barrel heater is a cheap solution for maintaining high energy without paying for its cost, in addition you are reducing the pollution since the energy is being recycled within the system. So, what do you need to consider when you are using drum heaters? That is what we are going to tackle.

Harsh weather

Harsh environmental conditions, especially the low temperature of the cold months, might push the need to use a heater for your drums to avoid causing them any damages to keep them in ultimate condition. Buying good drum heater jackets will keep you away from breaking the bank just to save your desired content. They don’t only keep your drums at the required temperature, they also save and lower the viscosity of the fluids so you wouldn’t need to replace them as often and more importantly, they protect them from freezing in harsh cold environment conditions.

Energy saving

Electrical insulated heating jackets offer more protection from cold or freezing due to the extra layer of insulation they have. With heat loss kept at minimum, the heating jackets offer more energy saving options which make their power consumption drop automatically, this also translates to cost of operation drop. What’s even more positive about these jackets is that they are normally designed to cover the whole containers, thus you are more likely to be saved from any energy loss.

Using some types of barrel heaters that do not cover the whole drum might waste energy as they naturally get hot. Due to thermodynamics basics, the heat will start dissipating from the higher-temperature surface to the cold atmosphere. That is why when using the right type of heater for your needs, make sure that it will cover the whole container you have so you don’t waste any energy.

Saving space = saving energy

An extra step to save money and time is to place your drums in a closed space. Open spaces make it harder to maintain your drums at desired temperatures. Putting your drums and barrels in an enclosed space will ensure that no energy is wasted to the atmosphere and manage heat escape.

Choose the one that works best for you

When you are first buying the heater, it is always a good step to buy one that is flexible. Drum heaters are really simple on the design side, however, using one that does not fit may create more of a problem than it solves. Buying a good drum heater that is adjustable or can fit any type of container you have, is always a smart idea to save you from the headache and wasting your money.

The Importance of Eco Friendly Cars in Our Future

There have been many revolutions in the engineering of passenger vehicles. First, in the late 1800’s came the automobile. Less than twenty years later, the first consumer car, the Model T was put into production. Over time, engineers kept improving cars and made them faster, safer, and better for the environment. Just a decade ago, cars that operate just as well as traditional fuel burning models began hitting markets around the globe. Every year these cars keep getting better, and it looks like they are the future of transportation.

Green On the Streets and in Your Wallet

The appeal of an eco friendly vehicle is pretty obvious, when you take a look at how much money owners save on fuel costs. According to a report from Business Insider Americans in some states spend an average of over $1,300 per year on fuel alone.

Internationally, many countries such as Canada have introduced extra taxes on fuel inefficient vehicles. Some countries, including Norway, Germany, and France have all proposed banning the sale of new gas powered vehicles. It seems that many countries see the harm that burning fuel causes to the environment, and are willing to push consumers to more efficient and clean transportation options, such as gas or electric powered cars. The use of these as power sources has garnered criticism as to whether or not natural gas is a reliable renewable resource, but natural gas been proven to be just as renewable and green as electric hybrids of today.

Studies have proven that “greener” vehicles do not just save consumers in taxes and fuel though. Electric cars can save owners quite a bit of money over time in maintenance. Since electric vehicles tend to need less engine maintenance, the cost of repairs and upkeep drop drastically.

Safer Roads and Better Fuel Efficiency

Today the roads are full of electric cars. While they certainly are the future, every driver is surely interested in what comes next. With driverless cars increasingly entering highways around the world, it would seem that the future of efficiency is with automated driving.

According to an article in Forbes, driverless vehicles could reduce fuel consumption in passenger vehicles by as much as 44 percent and 18 percent for trucks. That is an enormous impact for the environment. This reduction is due in part to the amount of time the cars are in use. With driverless cars, commuters could share vehicles and each passenger vehicle would spend less time idle, depreciating in value and wasting resources.

Self driving cars are already incredibly safe, and that is in part because they are programmed to strictly follow all traffic laws. According to a CNN report 90% of traffic accidents are caused by human error. These accidents could be reduced by fuel efficient driverless vehicles.

Making Your Current Ride More Efficient

Not all of us can afford to pony up the cash for a new electric vehicle, but that does not mean you can’t be more environmentally friendly with your current car or truck. There are plenty of ways to help make your vehicle and commute efficient. One simple way to reduce your use of fossil fuels is to minimize trips and idle time. If you sit in a drive through or traffic regularly, turn off your vehicle. The Environmental Defense Fund suggests turning off your vehicle if you idle for more than 10 seconds at a time.

Performing maintenance at scheduled intervals also keeps your vehicle in great condition, which helps it stay at its peak efficiency. Replacing spark plugs, keeping clean air filters in your car, and airing up tires to the manufacturer’s specified pressure can all improve your vehicles overall performance.

Lastly, driving fast consumes more fuel. Following the speed limit and posted directions, avoiding fast braking and acceleration, and using cruise control on the highway can help save on gas.