Wednesday 28 January 2015

Solar Power In Melbourne A Case Study

Solar Power In Melbourne A Case Study

SOLAR POWER IN MELBOURNE AUSTRALIA

The Australian solar power and solar panels installation have grown by over 20 percent per annum since 2009.

In July 2011 there were 1100 Melbourne home owners getting bids on getting solar panels installed on the roof of their house according to the A.B.S.They may not be technical people and do not intend to build or install the panels themselves. Websites have sprung up like the solar panels Melbourne information portal that allow anyone an impartial source of information on Melbourne solar installation and access to check specifications and ratings on the different "brands" of solar panels and Melbourne solar power installers. Each company in the solar power industry always say their solar panels are the most efficient. People are always advised to have two bids or possibly three before committing to a particular installer.

Many low income earners cannot can't afford to pay upfront for solar power but the Federal Government solar scheme offers up to 3000 to assist in the initial Melbourne solar power installation. Most Melbourne residents would much rather pay a solar panel installation company than the electric company which of course will just keep increasing the power prices once the carbon tax is bought in, in 1 July 2012. A finance loan for solar panels would be payed off in 3 to 5 years typically.

Many people wonder if there is a relatively inexpensive tool or solar meter for you to leave outside for a day in a particular location, that can measure potential solar power generated by your solar panels? The solar meter installed in your Melbourne meter box does just that. People with shading onto their solar panels report often that they are not happy about shading in the morning due to large trees on their property. If they are unable to cut the trees down they can consider to have another location on the roof for their solar panels provided it is a northerly direction - optimum for Melbourne solar panel installation. The Northern side of your roof is the best location with solar in mind. However, not knowing much about solar then, people have installed their solar panels in a NNW or NNE direction with a typical loss of around 15 percent solar output. Before moving the panels, or install more panels we suggest contacting a C.E.C. approved Melbourne solar installer and discuss the options. Remember solar panels are also an investment in your property and can up up to 3 percent value to your home. from this point of view, if, for example you have a 500,000 valued home, then a 3 percent increase in the value based on solar panel installation equated to 15,000. This is considerably more than a typical 3000 to 5000 cost of initial solar power installation on offer in Melbourne currently.

Sunday 25 January 2015

India Is Planning To Construct A Worlds Largest Floating Solar Power Plant In Kerala

India Is Planning To Construct A Worlds Largest Floating Solar Power Plant In Kerala
INDIA IS BUILDING A WORLD'S LARGEST FLOATING SOLAR POWER PLANT IN KERALA

India is struggling for few years to find out the proper solution in order to meet the energy needs. Electricity of India is based on the hydro, thermal as well as nuclear plants. Because of the drying rivers and increasing air pollution they are facing challenges to meet the energy needs. During the summer season they have to suffer in the long run as the temperature rises up to 40 degrees and the river and canals are dried out.

However, India has already started planning to install a world's largest solar project. NHP Corporation has taken the responsibility to install this solar plant and it will be able to generate 50 MW power. They decided to install this Floating Solar Power Plant in Kerala. REC gave their consent to provide assistance to set up the Floating Solar Power Plant in Kerala. It may cost around 72 million. REC will provide the construction equipment. This floating power plant will be one of the latest technology inventions of India.

The technological resources of this power plant were developed by a team and the team consists of a few selected members. This team was led by the chairman of the REC and SP Gon Chodhury. The 1st pilot project is scheduled during this year. Estimated cost of this pilot project was determined around 63,600.MNRE funded to install the Floating Solar Power Plant in Kerala. NPHC has decided to make the best use of wide sketches of the water bodies. Each station may cover around three thousand square feet to generate 20 KW power.

The Indian government has already started installing ten megawatt power plants on the top of several canals. The experts estimated the infrastructure costs as well as the unit costs of this floating power plant. The unit cost of this project will be around 15% lower than the land based projects. By this way, government as well as the energy savings companies is going to save their cash.

While India granted programs for DISP, the project costs are rising at an alarming rate. Landowners are increasing the asking price of many unused lands. Solar plants are bound to circumvent the pricing grabs as the surface of the water can hardly be used for anything else. Projects must pay to the owner of water bodies. There were pre-existing designs for the power plant. In spite of that REC team worked on developing their own system to set up the Floating Solar Power Plant in Kerala. The system of the REC is able to tolerate the high wind situation. The team leader of REC, Mr. SP Gon Chodhury indicates the benefits of floating solar plants. He also referred that the ecology will not be affected by this system. It is also able to decrease the evaporation. Thus, it may be helpful to preserve the water levels. When the REC team will be able to install the solar panels, heating problems will be automatically solved. There are lots of water bodies in the southern parts as well as the eastern parts of India. However, the govt decided to install the floating solar power plant in Kerala state.

Singapore is planning to build enormous solar plants, but the design is not finalized. The Floating Solar Power Plant in Kerala will be the world's largest floating power plant.

India is also focused on developing the future technology resources. Future technology inventions of India include transparent toaster, origami DVD player, Nikon -360 etc. These future technology inventions will help the nation to the great extent. Latest technology inventions of India include smallest HD display, flexible LED displays to implement the biomedical apps, 1 TB optical disk, surgical robot, etc. These Latest technology inventions are helping to ease the life of people.

The post India is Planning to construct a World's largest Floating Solar Power Plant in Kerala appeared first on Brain With Ideas.

Tuesday 20 January 2015

Hydroelectric And Geothermal Power

Hydroelectric And Geothermal Power
Christopher Smith

January 14, 2015

LONG-TERM HYDROELECTRIC AND GEOTHERMAL POWER

Hydroelectric power and geothermal energy provides alternatives to electricity for society needs. It is argued that both forms of energy are destructive to the environment and should not be used. While the concern for the environment is a reasonable question, finding Long-term solutions to provide energy for people and production is also needed. Minimizing the effects of population and development has led to many different techniques, that one day will bring a safe, clean environment.

HYDROELECTRIC POWER

When discussing hydroelectric power, no one can help to think of the Hover Damn. According to Vegas.com (2014), "Named one of the Top 10 Construction Achievements of the 20th Century, Hoover Dam continues to draw crowds more than 70 years after its creation" (Hoover dam description). Hoover Dam is an iconic symbol of the industrial age. For 70 years this dam has provided safe, clean water and electricity to millions of residents in Las Vegas, Nevada from some of the most sediment filled, unsanitary water know. With the Hoover Dam's 17 generators producing 4 billion kilowatts of electricity a year, residents and industry can have power in the middle of the desert.

The Hoover Dam has withstood the test of time, it is known as a reliable source of power. One the disadvantage side of things, the Hoover Dam has come at a cost to both the environment and to people.

According to Jacques (2014), "Take away the dams, and the Cocopa Indians, whose ancestors fished and farmed the Delta for more than a millennium, might have a chance of avoiding cultural extinction. Take away the dams, and the Colorado would again bring its nutrients to the Gulf of California, helping that depleted fishery to recover the status it held a half-century ago as an unparalleled repository of marine life" (para. 10).

The Hoover Dam has poisoned the landscape with salts that once went to the ocean. Hydroelectric power negatively impacts the animal life and plant life throughout the region. The choice to remove the Hoover Dam is a difficult one. The cost of what it is doing to the environment and how it has nearly culturally extinct a Native American tribe has to be weighed out with the benefit made for water and energy to millions of others in Las Vegas.

GEOTHERMAL ENERGY

Geo thermal energy at the personal home front will usually yield a decent amount of usable heat for water and air temperatures in homes, but large-scale systems have some people worried. On Big Island, Hawai'i geothermal activity is clear with their active volcanoes. It is like a candy store to most scientists to understand why volcanoes occur and what they are made of. Some scientist has found the heat given off can be made to provide power, by boiling water to produce steam that will turn turbines.

Hawai'i is also known for the indigenous culture of the islands. Many people throughout the island still practice and believe in their ancestor's words of the gods. Any disruption of the volcanoes in the indigenous eyes would mean catastrophic occurrences that would wipe out all life on the islands. Open venting of geothermal gases and liquids rife with toxic chemicals and heavy metals, poor environmental monitoring, control and reporting, corporate lies, lax oversight has many resident questioning the safety of what is proposed as clean green energy (Clean Technica, 2014). These concerns added to the belief of Pele- the Hawaiian Goddess of Fire has many just wanting the facility gone.

The American government has shown many times that Native interests are not on the top of the list. With the evidence of poor monitoring and the changes that have occurred, it becomes hard not to side with the residents of Big Island. It should also be noted that the gasses vented, naturally occurs as well but on what scale in comparison. Hawaii Electric Light Company generates most of its power through burning of trash and oil, so geothermal is a step in the right direction. Many residents are for the green movement, but believe solar power is where Hawai'i should be focusing on.

CONCLUSION

Hydroelectric power has shown its ability to survive the test of time. Hydroelectric power can give clean water and electric to millions of people, but the cost to the environment and indigenous cultures has been huge and should not go un-noticed. In answer to hydroelectric problem, many scientist hopes geothermal energy may hold the answer to a more modern and safer energy source. My personal view is more money and engineering should go into wind and solar technology. Although solar and wind is not perfect, the harm created by them is much less and far more adaptable to many other areas.

REFERENCES

Clean Technica. (2014). "Hawaii residents raise serious concerns about pgv, geothermal energy's clean energy credentials". Retrieved from http://cleantechnica.com/2012/04/28/hawaii-residents-raise-serious-concerns-about-pgv-geothermal-energys-clean-energy-credentials/

Jacques, L. (2014). "The struggle over dams, displaced people and the environment". Retrieved from http://www.alternet.org/story/46809/thestruggle over dams"

Vegas.com. (2014). "Hoover Dam". Retrieved from http://www.vegas.com/attractions/near-las-vegas/hoover-dam/

The post Hydroelectric and Geothermal Power appeared first on Christopher Nova Smith Photography.

Sunday 18 January 2015

Master Plan For Solar City Approved

Master Plan For Solar City Approved
Writing this from Delhi Airport - flight delayed by two hours (AI 764). Just came from meeting by MNRE, Govt of India. In their notification number 5/32/2011-12/ST dated 8th Feb 2012, they had declared New Town as a Solar City. Today I along with Gopal Ghosh, CEO NKDA, Pritam Kumar, Manager NKDA and S.Bhattacharya Director WBREDA presented the Master Plan to be executed under the Solar City Plan. This will be followed by DPRs that will be put up for approval. We have already prepared 12 DPRs which will be posed now that the Master Plan has been approved subject to certain conditions / observations. The Master Plan was assessed by a Committee consisting of Joint Secretary MBRE Tarun Kapur and Director Dr A. Tripathy.

The Master Plan Solar City for New Town strives to reduce the projected energy demand from conventional power sources by two strategies: (1) By using Solar and Renewable Power Sources and (2) By using more energy efficient devices.

The proposal for using canals to lay out solar panels was much appreciated. Other interventions under (1) above included use of Solar water heaters, roof top solar panel installations and replacing standby generators with solar inverters and energy generation from solid waste.

Under (2), proposals included use of LEDs for lighting, use of star rated AC machines and use of motors and fans with energy efficient machines and encouraging green buildings. Necessary changes in building rules will also be brought out. Awareness building will also be made with formation of Eco Clubs involving school students.

The Master Plan is a 5 year strategy.


Sunday 4 January 2015

Governor Doyle Breaks Ground On Coal Plant Conversion To Biomass

Governor Doyle Breaks Ground On Coal Plant Conversion To Biomass
"From a news release issued by Governor Doyle:"

MADISON - Governor Jim Doyle today broke ground on the Charter Street Biomass Heating Plant project. The 251 million project is one of the largest biomass projects in the nation and will create construction and clean energy jobs. The project follows Governor Doyle's 2008 announcement that Wisconsin would stop burning coal at state-owned heating plants on Madison's Isthmus.

"In 2008, I announced plans to stop burning coal at state-owned heating plants on Madison's Isthmus," Governor Doyle said. "Today, we are breaking ground on the Charter Street biomass plant and taking a major step forward to make this goal a reality. The Charter Street plant will turn a waste stream into clean energy, it will keep energy dollars in our communities, and it will help clean our air and water. This project will create great jobs in Wisconsin and will develop a new biomass market from our great fields and farms."

The Governor's 2009-2011 capital budget included 251 million for the Charter Street project and 25 million to convert the Capitol Heat and Power Plant to natural gas. The Charter Street plant will support local biomass providers and eliminate over 108,000 tons of coal burned every year. In March, the state stopped burning coal at the Capitol Heat and Power Plant - eliminating 4,500 tons of coal burned by the state each year. When the Charter Street project is completed in 2013, the Doyle Administration will have reduced State of Wisconsin coal use by 65 percent.

The Charter Street project is a joint effort between AMEC and Boldt Construction. The plant's coal boilers will first be replaced by natural gas and biomass fuel. The plant will run completely on biomass by late 2013, with the capacity to burn wood chips, corn stalks and switch grass pellets and power 300 local buildings.

Credit: green-energy-technologies.blogspot.com

Solar Power Diy System The Popularity Of Wind And Solar Energy

Solar Power Diy System The Popularity Of Wind And Solar Energy
SOLAR POWER DIY SYSTEM : THE POPULARITY OF WIND AND SOLAR ENERGY

The Popularity Of Wind and Solar Energy


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Saturday 3 January 2015

Learners Take On Renewable Energy

Learners Take On Renewable Energy
De Aar Solar Power's head office team participated in this year's Cell C Take a Girl Child to Work Day(R) campaign by hosting ten Grade 11 girls from Claremont High School. The company, which specialises in operating independent power projects, chose to partner with Claremont High School due to the school's focus on mathematics and science and because the majority of the learners come from disadvantaged backgrounds.

"The school's ethos fits in well with our SED philosophy and these are learners who could potentially go into the power sector one day," said Mark Pickering, General Manager of De Aar Solar Power.

The focus of the programme was to expose the learners to the Renewal Energy Sector, a corporate working environment and to potential job opportunities in the industry. Staff members from each area of the business discussed their roles and what the learners should be interested in, should they decide to pursue a career in that area. In addition, the learners benefited from a demonstration of a rooftop PV system and a presentation on the importance of renewable energy. They were able to put into practice what they had learned during the course of the day by participating in a research project, which they presented to a panel that included the school's Maths and Science Teacher amongst others.

The highlight for many learners was the research project and presentation. Intisar Constant, Grade 11 learner from Claremont High School said, "The whole day was great. I specifically enjoyed the research part of the project. It was engaging and it was nice interacting with people and finding out what they think about Renewable Energy."

"We are pleased that this group of enthusiastic learners have been exposed to the fundamentals of Renewable Energy and that they may possibly consider the industry as a future career option," concluded Pickering

Credit: our-green-energy.blogspot.com
 
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