Why Home Solar Power Is Becoming More Practical And Affordable

The installation of solar panels designed for residential electrical production reduces fossil fuel dependence, and leaves a smaller environmental carbon footprint. Even though the majority of consumers favor adopting renewable energy sources, the comparatively higher cost of installation and maintenance has limited widespread use. Until now, home solar power has been practical for wealthier individuals and some dedicated environmentalists, but not the general public.

Electricity derived from sunlight is not a new concept. During the Industrial Revolution, sunlight was used to produce steam to run heavy machinery, and later for production of small amounts of electrical power. While the world is not about to run out of oil or natural gas today, the deposits remaining are becoming considerably harder and more expensive to extract, prompting an increased popular interest in this alternate energy source.

Even with all its innate advantages, however, the trend toward solar electrical production has not yet become self-sustaining. One of the primary reasons has been the cost of creating the silicon wafers, which may also include expensive heavy metal components. When combined with the substantial price of installation, many consumers find a major switch-over to be economically prohibitive.

To help defray those initial start-up costs, Federal and state governmental policies have created financial incentives designed to make the transition less of a hardship. Although methods vary by locale, they may include tax deductions, credits, and exemptions, as well as grants, rebates or loans designed to encourage the development of photoelectric power. Some utilities also offer discounts.

The same utilities are also legally mandated to make net metering available to anyone who requests it. Metering allows customers who produce more electricity than they need to receive financial credits from the local energy company, which buys the extra electricity for its own grid. Rules governing net metering can determine its success, and may differ due to local interconnection regulations.

Even with these major incentives, total costs have remained stubbornly high. Recent trends within the industry, however, have caused panel prices to plummet in many areas of the world. The loss of governmental subsidies in some European countries has also resulted in a major industry shakeup in other nations, including the United States. A glut of panels currently exists due to competition from producers in Asia, a fact that has sent many fledgling companies into a serious decline.

While this is undoubtedly bad for some producers, it is actually good news for consumers. Companies which have relied solely upon governmental support may disappear, while others may use trending market conditions to consolidate profitability. As has been the case with many other products, Asian companies are leading the march toward lower costs, and will likely be the most influential in future developments within the industry.

What this means for the average consumer considering home solar power is increased affordability and practicality. For producers who weather the current economic tailspin within the industry, the future will undoubtedly be brighter, and profitability greater. Lower costs will open new markets by creating increased demand, giving consumers everywhere a greater choice in residential energy sources.


Why Home Solar Power Is Becoming More Affordable For Consumers

The advantages of installing solar panels include a reduced dependence upon fossil fuel sources, and a diminished carbon footprint upon the environment. While most consumers are in favor of utilizing renewable energy sources, high installation and maintenance costs have discouraged widespread adoption. Until fairly recently, home solar power use has been largely limited to those with higher incomes, or dedicated environmentalists who look toward the future.

The idea of producing power from sunlight is not new. The Industrial Revolution ran on steam, some of which was produced by focusing the rays of the sun. Later developments proved that it was possible to produce limited amounts of electricity using sunlight. The present world runs on fossil fuels, but easily exploitable sources are rapidly disappearing, and the remaining fields are considerably more expensive to bring into cost-efficient production.

Yet even with this obvious supply advantage, solar electrical production has not yet been widely adopted. The primary reason for this lack of enthusiasm lies in the costly production of the silicon wafers that make panels work, as well as the need to use expensive heavy metals. When added to the high price of local installation, practicality and environmental advantages often disappear in a sea of red ink.

In order to bring these costs into line, both state and Federal government officials have put incentives into place designed to create less of a hardship for consumers. Methods vary widely by locale, but usually include tax credits, exemptions, and deductions, in addition to rebates, loans and grants meant to encourage the installation and use of photoelectric power sources.

Utilities may also encourage incentives, and are mandated by law to provide access to net metering. This is a process which encourages customers who produce more electricity than they use to receive a payback from the local energy company, which then markets that excess on its own grid. While the local rules for net metering vary due to interconnection regulations, the process often makes installation and maintenance more cost-efficient for users.

Yet even with these substantial incentives, overall expenses have remained consistently high. That situation is changing, however, due to plummeting panel prices in most areas of the world. This is due in part to decreased governmental subsidies in some European countries, which in turn has affected the United States. More importantly, a glut of panels exists today due to lower Asian production costs.

This is good news for homeowners. Even though many companies that existed only through governmental support may disappear, others will use the situation to consolidate and strengthen their market share. As they have done in many other segments of industry, Asian companies will continue to lead the march toward lower overall costs, and will continue to be highly influential in the future.

The net gain for home solar power consumers will be both practical and financial. Those producers who survive the current situation will emerge as leaders, and will undoubtedly enjoy a brighter future. Greater affordability will cause new markets to open up, increasing demand and providing most consumers with a wider choice of energy sources for the home.


Home Solar Power Is Becoming A More Practical Energy Source

Solar panels specifically designed for home use not only reduce dependence on fossil fuels, but they also help reduce the overall carbon footprint, a measure of energy consumption and its effects. Most consumers are in favor of adopting renewable energy sources, but are discouraged by high installation and maintenance costs. Until recently, home solar power installations appealed mostly to advantaged economic groups, but not the public in general.

Producing energy from the sun is not a new idea. Even during the Industrial Revolution, rays of the sun were focused on boilers, producing steam for the industrial engines of that period. Later developments focused on generating electricity. The present world runs on fossil fuels, but easily exploited deposits are disappearing, and future costs can be expected to continue their upward climb, prompting an even greater interest in alternate sources.

Even with the advantage of an inexhaustible resource, the solar industry has not yet matured enough to stand alone. One primary cause is the cost of manufacturing the necessary silicone wafers, which also utilize small amounts of expensive heavy metals. When basic production expenses are combined with installation and repair, many consumers have considered the process to be prohibitively expensive.

In order to help defray those costs, state and Federal governmental agencies use specific financial incentives designed to make the process more affordable. While specifics may vary, most plans include tax credits, exemptions, and deductions, in addition to rebates, loans and grants meant to encourage more people to choose photoelectric power production. In addition, many utilities themselves present discounts.

Those same utility companies are also required to make net metering available upon request. This program encourages customers who produce excess amounts of electricity for their homes to get credit from the local energy company, which then resells that power on its existing grid. Rules may differ according to regulations governing local interconnection processes, but net metering is a big factor in helping to lower costs over time.

In spite of this support, total operating costs have remained high. That situation is changing rapidly, however, due to plummeting panel prices in many world markets, creating turmoil within the industry. Some European countries have eliminated subsidies, which has also directly affected companies in the United States. Asian producers have been able to manufacture components more cost effectively, and that has sent some fledgling firms into financial distress.

While bad for some companies, this is good news for the public. Ultimately, companies who relied on governmental support for survival may vanish, while their counterparts will emerge stronger, having used those market conditions to their advantage. Producers in Asia will also benefit, and will become even more influential in the future evolution of this energy source.

For the average consumer, lower costs means increased practicality due to greater affordability. For those companies who eventually survive the current transition, future sales will increase, making home solar power a significant player in the energy field. Demand will not only grow, but will open entirely new markets, providing a real choice for those who wish to escape the limitations of fossil fuel energy sources.



