## Ramona Solar Quotes

So, what exactly is involved in calculating solar panels cost in Ramona? When thinking about solar power very few people know the way the cost of solar panel systems is actually measured. Or even, for that matter, do we automatically grasp the connection relating to the cost of solar power and the value of solar power. We all know that gasoline prices are in dollars per gallon. We likewise are all aware of approximately how far we’ll be able to drive after spending 40 bucks for a tank of gas. In contrast to a tank of gas, the value of which can be consumed pretty much instantly, solar panels deliver their value across a period of time.

## Ramona 3 Undervalued Solar Leaders

solar cell research image by Albert Lozano from Fotolia.com If you go camping or hunting, or simply want to reduce your electricity bill, then a solar panel might make a good investment for you. Solar panels can charge batteries and run tools and appliances, all for free. They require no fuel, and because they have no moving parts, they need very little in the way of repair and maintenance. The only cost associated with solar panels is the up-front purchase cost. Even this can be reduced by making your own solar panels at home. Things You'll Need Solar cells Sheet of plywood Saw Narrow wooden strips Electrically conductive glue Spool of wire Wire cutters with wire-stripping attachments Silicone caulk Calculate the number of solar cells you will need to make your solar panel. Different cells provide different voltages. Divide the voltage you want your panel to produce by the voltage rating of your solar cells. This will give you the number of cells you need to produce 12 volts. Add a couple volts' worth of cells to this number to eliminate the danger of backcharging, which can damage your solar panel. Cut the plywood into a size just large enough to hold all the cells you need for your panel. Glue the narrow wooden strips all around the perimeter of the plywood you have cut. After your cell is assembled, these will hold up the Plexiglas cover to protect your panel from damage. Leave a small gap between two of the strips to run the wires out of the panel. Attach the solar cells to the panel of plywood, using the electrically conductive glue. Leave a small amount of this glue peeking above the top of each cell in order to form an electric link to the terminals on the bottoms of the cells. This edge of glue will be referred to as the "negative terminal" of each cell. Cut 6-inch lengths of wire from your spool of wire, using the wire cutters. Make as many short wires as there are cells in your panel, minus one. Remove 1 inch of insulation from one end of each wire, and 3 inches from the other ends, using the wire cutters. Glue the 3-inch-bare ends of these wires to the tops of the solar cells. Do not let any glue run from the top of the cell and touch the negative terminal of that cell. Do not let any bare wire touch the negative terminals of the cells. Leave the final cell without a short wire on top. Glue each of these wires to the exposed glue peeking over the edge of the cell next to it, after having allowed the glue on the other ends to dry. Allow this glue to dry. Cut two 3-foot sections of wire off the spool. Remove 1 inch of insulation from each end. Glue one to the negative terminal of the first cell, the one without any wire connected to it. Glue the other to the top of the cell on the other end, without any wire on top. Other People Are Reading How to Make a Solar Panel How to Make Homemade Solar Power Run the long wires out through the gap between the wooden strips. Glue them to the sides of the solar panel so that there is no possibility they will touch each other, which could short out your panel. Cut the Plexiglas sheet to match the size of your panel. Glue it to the top of the wooden strips. When the glue is dry, seal all the edges with silicone caulk to protect it from water. Tips & Warnings You can increase the power of your panel without changing the voltage by building other panels identical to the first. Connect their negative terminal wires to the negative terminal wire of the first panel, and their positive terminal wires (the wires connected to the top of the last solar cell) to the positive terminal wires of the first panel. Related Searches References SchoolPower Naturally: Solar Education for NY Solatron Technologies: Learn How to Wire Solar Panels and Batteries Photo Credit solar cell research image by Albert Lozano from Fotolia.com Promoted By Zergnet Comments Please enable JavaScript to view the comments powered by Disqus. Resources Green Living Tips: Solar Panel Basics You May Also Like How to Make a Solar Panel Solar cells convert the energy of the sun into electricity. By using items commonly found in the home or your local hardware... How to Make a Solar Panel Model A model of a solar panel can be a great visual aid for your science projects. Models help people to visualize how... How to Make Homemade Solar Power Humans have been using solar power for thousands of years to heat their homes. Making solar panels to collect and store the... Alternative Energy: How to Make Solar Cells & Solar Panels Free Solar Panel Construction Plans Free solar panel construction plans are available in a variety of places online. Some tutorials cover how a specific person built their...

## Solar Power, Inc: Why This \$1 Billion Company Could Fall By More Than 80% - Solar Power, Inc. (OTCMKTS:SOPW)

SolarCity Stock Should Continue to Rise As Solar Becomes More Affordable

Energy is one of the world's largest sectors in the market; therefore energy stocks comprise a large amount of the portfolios of institutional and individual investors. Oil, of course, is the largest in the energy sector at roughly 36%, followed by natural gas at 24%. Interestingly one of the most talked about sources of energy, solar energy, still only comprises one quarter of one percent of today's energy supply. However those numbers should shift upward over the next decade as witnessed by last year's 86% growth in the solar industry. In the U.S, solar energy consumption grew by nearly 34% reaching 0.212 quadrillion Btu. Bloomberg New Energy Finance predicts that solar will gain 24%, second largest share of new power capacity behind wind power, added in terms of GW by 2030.

Though the "green" movement does play a role to some extent, what may actually be driving the shift toward solar energy in residential and commercial buildings may be simple economics. People want to use cleaner energy to run their houses or businesses, but most are not willing to spend the extra money, or simply do not have the financial means to pay the extra costs to convert to solar. In 2005, solar panels typically cost \$3.50 per watt of power, however, by 2012 prices had tumbled to 75 cents a watt, and some experts predict the prices will continue to fall, making it more cost effective for the consumer to have installed on their home or business.

But buying and installing solar panels is still costly, and could take upwards of twenty, for solar to pay for it. That's why the biggest shift in solar has come from companies leasing the panels to the customer and selling them the electricity at a reduced price compared to what the utility companies charge. It appears to be a win - win situation; as the industry has appeared to overcome a major obstacle eliminating the large upfront costs, and the solar company that leased and installed the panels makes money selling back the energy to the customer. For that reason, I believe the money to be made by the investors might be better placed in companies that buy the panels and install them, then have the customers lease them, thus making it affordable to the consumer.

That is what SolarCity (SCTY), a San Mateo CA company does. SolarCity designs, installs and sells or leases solar energy systems to residential and commercial customers, then sells the electricity generated by the solar energy systems back to customer at 10% to 20% less than the utility companies. And its business model appears to have attracted plenty of investors, as witnessed by the stocks run-up of over 250% since its December 2012 public offering.

In June, SolarCity announced the launch of a Zero-Down solar financing program for the home building industry, giving builders the opportunity to offer solar in new residential communities without the builder or the new homeowner incurring any upfront costs. In the first five months of 2013, the total kilowatts [KW] of SolarCity's installations for new home builder construction grew by more than 300% compared to the same period the previous year. Through its Homebuilder Partner Program, SolarCity has formed partnerships with over 30 national and regional home builders in 125 communities across the U.S.

According to Walter Cuculic, SolarCity's national manager of Builder Programs:

Home builders today are investing heavily in adopting green construction practices and solar is a linchpin in the success of a modern, energy efficient home. SolarCity's full-service offering and our new Zero-Down financing option helps home builders meet their aggressive construction timelines and stay within their budgets, and solar will save money for the homebuyer on their energy bills for years to come.

The company's initiative, where it plans to build more than \$1 billion in solar projects to provide power to up to 120,000 military homes in the United States, continues to show success. On July 23rd SolarCity announced plans to add 12.8 megawatts of new solar generation capacity for up to 7,500 military homes at Lend Lease-managed Island Palm Communities throughout the island of Oahu. SolarStrong projects are already underway at nine other military bases throughout the U.S.

SolarCity was chosen by Wal-Mart Stores, Inc. (NYSE:WMT) to install solar panels in 60 stores in California. SolarCity will own and maintain the solar power systems, and has added more than 500 new full-time employees since it initiated its first Wal-Mart solar project, and expects to hire hundreds more employees before year's end. Wal-Mart's solar power initiative will total more than 130 stores by the close of 2013.

Mack Wyckoff, senior manager of renewable energy at Wal-Mart, commented on the solar project:

Our solar efforts in California have proven to be a great way for Wal-Mart to build our renewable energy program. We are confident that we will continue to grow our solar energy program in the U.S. and around the world because of the initial success we have had in California.

While the business model and growth all sound positive, and SolarCity, which has a \$3.12 billion market capitalization, has seen its customer base rise 106% year-over-year to over 57,400 and though the company increased its long-term contracted cash flow to \$1.22 billion, it has yet to turn a profit. The reason is that though leasing the solar panels has shown to be the most successful method to attract clients, the long term leasing model requires upfront costs for the panels and the instillation, thus the company does not see any profits until the customer base expands enough to produce offsetting lease income. However, with panel prices continuing to drop, the company's upfront costs will drop as well. According to Kevin Landis, manager of the Firsthand Alternative Energy fund, in reference to SolarCity's business model:

When the price of panels goes down, their business gets better. The sweet spot is buying the panels and owning the output.

SolarCity stock closed on Wed. July 31 at \$41.35 per share. For the first quarter of 2013, core operating lease revenue rose 85% to \$15.1 million compared to \$8.1 million in the first quarter of 2012. Total revenue grew 21% year-over-year to \$30.0 million. Gross Profit rose 25% to \$12.7 million, up from \$10.1 million in the first quarter of 2012. Total operating expenses, however, rose \$34.5 million in the first quarter compared to \$24.7 million in the first quarter of 2012, due in part to the continued investments in development capabilities. For the second quarter 2013, SolarCity expects operating lease revenue to come in be between \$16 million - \$18 million, with solar energy systems sale revenue between \$5 million - \$10 million, and an operating expenses to be between \$38 million - \$42 million.

SolarCity does have its competitors like the larger SunPower (NASDAQ:SPWR), a high quality solar panel producer based in San Jose, CA, that designs, manufactures and delivers solar panels and systems to residential, business, government and utility customers. SunPower has also built its leasing business to be the largest U.S. both residential and commercial, and globally the company has installed over 100,000 residential systems. Shares of SunPower have had an amazing run year to date, up 391%. After hours on July 31st, the company reported net income for the second quarter of \$19.6 million or \$0.15 per share, compared to a net loss of \$84.2 million or \$\$0.71 per share for the same quarter last year. SunPower forecasts for the third quarter adjusted revenue of \$550 million to \$600 million and adjusted earnings of \$0.15 to \$0.35 per share. For fiscal 2013 the company expects adjusted revenue of \$2.5 billion to \$2.6 billion and raised its adjusted earnings from \$0.60 to \$0.80 per share to \$1.00 to \$1.30 per share. On August 1st, shares of SunPower dropped 10% on high volume to \$25.20 in mid-day trading.

Conclusion

Solar power in residential and commercial is clearly on the rise with plenty of room to grow. Interestingly, what might accelerate the growth is that instructional investors have not gobbled up solar company shares; roughly 20% of SunPower shares are held by institutional investors, and only 17% of SolarCity is owned by institutional investors.

While I think both SolarCity and SunPower have the potential to continue to see their stocks rise significantly in the next few years, what I like about SolarCity is that it does not manufacture the solar panels, so it does not have to compete with the Chinese manufacturers. SolarCity focuses primarily on the design, installation, the finance and the management of the system. Though with the high run up on both companies, I would like to see the stocks dip on some profit taking for a better entry price.

Disclosure: I have no positions in any stocks mentioned, and no plans to initiate any positions within the next 72 hours. I wrote this article myself, and it expresses my own opinions. I am not receiving compensation for it. I have no business relationship with any company whose stock is mentioned in this article.

## Plexiglas Vs. Tempered Glass Solar Panel

Solar Panels San Diego