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New Energy Production Methods Use Advanced Surge Protection Devices

For many years the world has relied almost exclusively upon fossil fuels in order to produce electricity for public consumption.  While these fuels may vary, the process always involves burning or breaking down the fuel in some way in order to produce energy that produces the electricity itself.  The issues with fossil fuel power production are many, involving the byproducts produced by the process as well as the finite nature of the fuel sources themselves.  As fossil fuels become more scarce, the price increases steadily.  With no method of producing more of that fuel source, we are left with no other option but to move on to other fossil fuels, which may produce damage to the earth in their harvesting or may be even more damaging to the atmosphere with their by-products.  These issues have lead to a revolution in the energy production field, and the introduction of new energy production methods that are able to be technologically improved upon to make them more efficient.  This means that while they may already be more beneficial to life on earth due to the fact that they have less environmental impact, they can also be improved upon to make them less expensive.  Once the production method proves out to be less damaging and cheaper at the same time, there is no reason to use the antiquated technologies again. (more…)

Green Energy Needs Advanced Surge Protection

The general public has a basic knowledge of the clean energy development debate.  They know that there is pollution produced through fossil fuels that has a negative effect on their air and atmosphere.  They also know that their electric bills will be lower if they support fossil fuel production, so they will generally weigh the perceived damage vs the costs they pay every month.  Environmental damage is not something you can easily observe when looking at the sky, so people will often vote with their wallets and ignore the damage that is being caused.  Warnings from environmental scientists are ignored as overhyped or completely false, and consumers go about their daily lives thinking that green energy is not a bad thing, but it is not worth spending extra money on developing because it costs them more.  Unfortunately these people are wrong. (more…)

Clean Energy Benefits From Industrial Surge Protection

As America and the world struggle with the issue of energy, its cost and the impact its production has on the planet, companies are quietly developing new technologies which will improve the current situation.  The debate stems from a basic disagreement between two camps, one that places environmental impact as the most important aspect and the other that favors lower costs and depletion of finite resources.  Both sides make powerful arguments as to why we should or should not fund development of new technologies that could improve production from alternative energy sources, but while the debate rages on so does the private development of these very technologies.  The main reason behind the private business sector’s interest in developing improved clean energy technology with or without government funding is because there are two aspects that are improved by technological advances in the space.  The first is the development of cleaner and less environmentally impactful energy production methods, and the second is the improvement of these methods so as to function at a more economical level than fossil fuels.  In a nutshell, this means that not only is clean energy going to produce less harm to the environment, it is going to be cheaper to produce than fossil fuels in the long run.  The leaders within the clean energy space will benefit the most from this tipping point, when the public realizes that clean energy production will actually save them money.  As a result, advances within the space are being made by private companies like Raycap and its customers every year. (more…)

Renewable Energy Surge Protection

“Renewable energy” is a term that is used to describe the production of electricity using a fuel source that does not have to be burned or mined in order to generate power. Typical and traditional production methods involve the burning of a fuel source like coal, wood or oil in order to turn turbines which therefore generate electricity for public use. Renewable energy production works much the same way, but the difference is that the “fuel source” is a natural element that does not have to be destroyed in order to provide the movement to the turbine blades. Converting this energy into electricity is accomplished in different ways based upon the type of “renewable energy” that is being harnessed. For example, in the case of wind power, large blades affixed to turbines are moved by the flowing wind, creating no residual product like smoke or pollution.  The wind moves over the blades of the wind turbine and creates movement due to their shape and position.  In the case of solar production, sunlight is collected on panels and is used to heat liquid trapped within a pipe system. This liquid expands and pushes through the system including across turbines, thus moving them to generate power.  Once again there is no residual product produced using this system. Hydro-electric power is generated in much the same method as wind, only using flowing water to turn the turbines. While the actual methods of production vary, the methods are referred to under the umbrella of “renewable energy” as the fuel sources do not run out, and are not destroyed by the process. (more…)

New Energy Surge Protection

Many people have never heard the term “new energy.” The typical residential customer will turn on the lights after work and never think twice about the production of the power that ultimately allows the lights to come on. For decades, this power has been taken for granted and generated in the same ways, by burning some form of fuel that was harvested from the earth, these fuel sources typically being coal or oil. There are two main issues with burning fossil fuels to obtain electricity, first and foremost is that they create a by-product when burned that pollutes the atmosphere of the planet. Secondly these fuel types are limited in supply, and while many people think that the reserves of oil, coal and natural gas are unlimited, most scientists disagree. Humans have harvested much of the easily accessed fossil fuels, so now new deposits are generally found in areas that are not within the primary usage area. This means that areas like the United States and Europe pay enormous sums to other countries in order to import the fuel source for use.  While negotiations between countries generally keep the fuel prices relatively affordable, we live every day with the knowledge that supply is limited and prices will only rise as shortages become more critical. (more…)

Green Energy Surge Protection

The term “green energy” is used to describe any form of energy production which uses fuel sources which are undepletable, natural and do not need to be burned in order to perform the function they are tasked with. Generally, the discussion of green energy refers to three main production methods at the time of this writing. These methods are wind, solar and hydro-electric power.  While these processes are quite different in the methods they utilize to produce the final product, they are also also alike in that they turn turbines through the use of a natural element like wind flow, water flow or sunshine.  The processes of wind and hydro-electric power production are similar in that turbines are turned through a flowing element moving across appropriately positioned blades.  Solar is slightly different in that it uses collection of sunshine to heat liquids within a plumbed system, causing them to expand and therefore flow and turn the turbines. All of these methods use a fuel source which is free and has no limitations as far as quantities available over time. (more…)

Energy From Undepletable Sources

Over the course of the past ten years, there has been a growing interest and push towards development of new and improved technologies that would create energy from “undepletable” sources.  This push has created a division in the population as to their opinions on this type of energy production, with one side arguing in support for fossil fuels and the opposing side arguing for several technologies that fit under the umbrella of “undepletable.” energy production. While the “fossil” fuel industry is one that creates usable power from the burning of fossil fuels such as coal and oil, the renewable energy sector uses fuel sources which do not require burning or destruction in order to perform the task they are harnessed for.  Due to the fact that these fuel sources are not mined or harvested from the earth in a way that pulls a combustible agent from the ground, they are considered “undepletable,” because there is an unlimited supply which is not reduced by collection. The fossil fuel industry faces a problem in that their fuel sources are finite and become rarer each year, generally pushing prices upward.  The renewable energy sectors use fuel which is unlimited and which has no cost, quite obviously making it a superior method of creating power both in a cleaner and more efficient way. The supporters of fossil fuels cannot argue against these facts, and as support they cite cost as the deciding factor.  Currently, fossil fuel power production happens with a cost that is equal or lower than alternative energy production, a situation which can be changed through technological innovation. Supporters of the fossil fuel industry oppose funding this type of innovation due to the obvious threat to their profits, or the belief that the money spent on innovation will not produce a cheaper product. (more…)

Clean Energy Surge Protection

The production of electricity is crucial to modern life as we know it, and the most effective means of producing this energy will always be employed.  There are several different methods of effectively producing electricity for public consumption, and the methods that are employed en-masse are generally dictated by several factors.  The first of these factors is overall production costs, and the ultimate price that a consumer must pay for the use of a specific amount of power.  The costs associated with producing that unit of power must be completely covered, and a profit structure applied to the amount on top of these costs.  The fixed costs of production across all forms of energy production involve the storage and transport of the electricity, as well as method-specific costs that are different depending on the way that the product is generated.  In the case of fossil fuel production, costs of a fuel source like oil or coal must be factored in, as well as the costs associated with the processing of that fuel source ultimately resulting in electricity being produced.  In the cases of “clean energy” sources there is no cost associated with the actual fuel as it is a sustainable and renewable element that is not burned to produce the ultimate product.  The fuel sources of wind, sunshine and flowing water are necessarily purchased although there are costs associated with taking these natural resources, and the associated costs of processing involve the transition of that free fuel into electricity through mechanized turning of turbines. (more…)

Read More: https://www.raycap.com/electrical-vehicle-surge-protection/

Emerging technologies face hurdles that slow down progress towards widespread adoption, most of which develop over time as the systems become more elaborate. Consumer demand drives interest in the technology as a solution to a problem, then the technology improves over time by addressing customer complaints and dissatisfaction if and when it arises. While many consumer complaints are easy to forecast in advance, as the technology becomes accepted and embraced by more people the tolerance levels for shortcomings becomes less and less. Simply put, the more people use an emerging technology, the faster they demand that it evolve to be more user-friendly. This is the case with the emerging technologies involved in electric vehicles (EV). (more…)

Read More: https://www.raycap.com/lightning-surge-protection-devices/

Industrialized facilities face a unique suite of issues that potentially reduces the amount of profit that can be generated through the facility.  Where other types of businesses will seek methods of increasing profitability that involve cheaper materials or more efficiency in the work process, industrial facilities also face potential losses through equipment damage that happens at far higher rates than other types of businesses.  This characteristic can be found in industrialized facilities across all types of business models. This primarily has to do with the modern methods of doing business being technologically advanced, and the necessity to modernize in order to maintain competitiveness. Businesses must utilize expensive computer equipment in order to compete with others who have done the same, and each new piece of technologically advanced equipment that is placed into service increases the risk of losses. This is because industrial types of businesses are far more exposed and impacted by weather conditions than other types of businesses. More specifically, industrial facilities must operate under the constant threat of weather events such as lighting strikes to their exposed areas, destroying the expensive electronic equipment used in the process. (more…)