RunGreenPower.com

There are some undeniable facts when you really look hard at the issues.

Fact: Fossil fuels are becoming increasingly expensive and are running in short supply.

Fact: The solutions to the energy crisis are already in place.

So what’s the hold up? Why aren’t we all driving water powered cars and powering our homes with renewable energy?

The simple answer is that the world has taken too long to catch on. Until only recently we didn’t fully understand just how low we’re running on fossil fuels, and just how big of an impact their use has on our environment.

This lead to a slow down in the advancement of renewable energy technology. While energy sources such as hydroelectricity and ethanol have been in place for long periods of time, newer technologies such as solar power and electric cars are being forced to play catch up.

As awareness grows technology will advance and other forms of renewable energy will be less expensive to produce as well as more widespread for public consumption.

And as the prices of fossil fuels continue to rise, governments, corporations, and individuals will all be forced to turn to renewable energy sources to solve the energy crisis.

Energy In The Future

The future is never certain. One thing we do know is that we can’t keep up our current fossil fuel consumption, it’s unsustainable. We’re going to be forced to turn to alternative energy sources. Here we’re going to take a look at some of he concepts being discussed now that are likely to be implemented in the near future.

Solar Power From Space

Scientists have been considering placing large solar panels into orbit around the Earth. This would allow the panels to escape the limitations of the planet, such as clouds, and remain in direct contact with the Suns rays 24 hours a day 365 days a year.

Scientists have concluded that the Earth dissipates enough energy from the Sun in a single day to power the entire planet for a year.

The most challenging aspect of this endeavor is going to be getting the energy back down to Earth. The most logical option proposed so far is to “beam” the energy back down to the planet to a collection station.

This technology is likely years away due to technological limitations.

Floating Wind Farms

There are many places in the oceans where the average wind speeds are much higher than those on land. Engineers have proposed massive wind farms, stretching miles across, to harness all of this extra energy. Testing is currently under way, and this technology may not be that far away.

Nanotechnology

Advances in nanotechnology may greatly increase the efficiency of current alternative energy technologies. Some examples are increasing the strength-to-weight ratio of wind turbines or maximizing the ability of solar panels to absorb energy.

Nanotechnology may even be able to make electricity more efficient, allowing us to use less amounts of energy but outputting greater amounts of power.

The impact of nanotechnology on renewable energy is yet to be fully understood. But the technology is rapidly advancing so we may start to see an impact much sooner than people anticipate.

Geo Thermal Energy

The Earth itself contains enormous amounts of energy, which if harnessed, may be all that we’ll ever need. Volcanoes, seismic activity, storm systems, even waves all contain vast amounts of energy that will more than likely be harnessed sometime in the future.

There are limitless possibilities for the future, more than we could cover in one book. Regardless, it’s an exciting time.

New technologies are constantly being developed, while old technologies are constantly being improved upon. One thing we can count on is the future is wide open. Only time will tell what lengths mankind will go to in order to provide cleaner and less expensive alternative energy solutions.

What Is Our Future?

This guy didn’t build a huge system but it’s can show you that this is possible to build homemade solar cells at your home.

I had also similar system at my own home.

Please leave a comment and tell me what do you think?

Yoni.

With the cost of current energy sources increasing rapidly, more people are realizing the importance of having an alternative source of energy. Solar power is one energy source that is becoming increasingly popular due to its many benefits. Some attractive features of DIY solar power are:

Provide purest form of energy:

With the problem of global warming increasing rapidly, it’s very important to look for energy sources that won’t have a worsening effect on the environment. Solar energy, being a renewable and clean source of energy, doesn’t have any adverse effects on the environment. Solar panels can be a clean source of energy, as they work by converting solar energy into electrical energy.

1.    Easy to obtain:

They are easily available. You can consider either purchasing them from your local hardware store or online.

2.    Easy to set up and install:

DIY solar power guides contain all the essential information required for suitable installation of solar panel kits. The instructions contained in these guides are easy to understand and follow. Hence, even if you don’t have much knowledge about solar panels, you can easily install them by referring to these guides.

3.    Cost-effective:

A regular solar power generator can be very costly, approximately $3000. On the contrary, by building your own solar panels with the help of DIY solar power kits, you can utilize solar energy for a nominal amount of approximately $200. Besides, by using solar energy, you can also save a significant amount of money. After installing solar panels in your home, you won’t need to pay exceedingly high electric bills.

4.    Fun installation process:

For these reasons, an increasing number of people have started buying DIY solar power   kits.

We tested 2 solar power kits for home, Check who is the best!

Photovoltaic Solar Panel Kits:

Today, solar panel kits have emerged as one of the most cost-effective ways of saving money on constantly increasing electricity bills. Several people are looking for alternative ways to produce electricity. Solar Panel Kits have emerged as their answer.

13 Advantages of Homemade Photovoltaic (on roof) Solar Power kits:

1.    These panels are capable of producing electricity in excess of 1000 watts.

2.    In comparison to the conventional solar panel kits, photovoltaic kits have a splendid back-up system for saving power. These kits use wind-power as a backup source of energy during gloomy and overcast days.

3.    These kits are very easy to install. You can use it by yourself without any hassle.

4.    The photovoltaic solar panel kits help you be independent for your supply of electricity. You need not be dependent on government agencies or electricity companies to get your power supply.

5.    These kits help you to save a considerable amount of money by reducing your electricity bill by about 80%.

6.    These kits help emancipate you from the problems of frequent power cuts. You can have a continuous supply of power.

7.    Photovoltaic kits help you to earn additional income. If you produce more electricity than you use at your home, then you can supply the surplus to other people living in your area or send it to the electricity provider and charge them for it.

8.    These kits provide you a quick return on your investment.

9.   With these kits, you can significantly cut down on your use of precious non-renewable energy resources.

10.  These kits are made of simple tools and components. You can easily find these components in any hardware store.

11.   You can use these kits to make electronic systems of 220V-240V.

12.    These kits offer a very environmentally friendly source of energy. They don’t release any hazardous green house gases.  They only use safe and natural energy from the sun.

13.    These kits, apart from providing several benefits to individuals, help nations to be less reliable on other countries for oil.

Photovoltaic solar panel kits have gained tremendous popularity due to these many benefits.

What Do You Think?

Any Thought?

A SPS, or Solar Power Satellite, or Powersat as creatively projected is a satellite created in high Earth orbit that utilizes microwave power transmission to beam solar power to a tremendously huge antenna on Earth.  Benefits of locating the solar collectors in space engross the undeviating view of the Sun, unaffected by the day/night cycle, weather or climatic alterations.

Solar Power Satellite is basically a renewable source of energy with zero emission and produces zero waste products.  Though its construction costs are quite high, SPS will fall short to contend with other conservational sources apart from the below mentioned four conditions:

• A determination is set that, the drawbacks of fossil fuels utilization are so large that they need to be considerably substituted.
• The price of conservational energy also boosts.
• A space-based creating firm that is capable of creating solar power satellites in orbit, utilizing off-Earth resources.
• Minimal launch costs may also be attained.

Depiction:

In general with all the other kinds of renewable energy, the Solar Power Satellite is bound to offer innumerable advantages to the globe in terms of energy security through declination in levels of conflict, loss of lives, military expenses, and averting any upcoming conflict over the rapidly diminishing energy resources.

Solar Power Satellite mainly engrosses three sections:

1. A microwave antenna on the satellite, targeted at Earth.
2. Dual paired, and bigger, antennas on the façade of Earth.
3. Solar collector usually created from solar cells.

The perception of Solar Power Satellite is quite impressive, because space has many key advantages over the Earth’s façade for the collection of solar power, due to the absence of air in space. The collecting surfaces are bound to acquire more severe sunlight, which is unaffected by weather conditions.

In consideration with the geostationary orbit, an SPS is bound to be illuminated over 99% of the time.  Further, more long-term potential quantity of power generation is massive, if power stations are positioned outside Earth’s orbit.   Excessively, such arrangements are known as Dyson spheres.

Solar Battery Technology:

The fossil fuels are becoming scarcer with each passing day and people are steadily realizing the importance of solar energy. Many individuals and businesses have started using solar energy for various purposes. One popular way of using solar energy is by connecting the solar panels to electrical grids to make a solar battery.

Solar batteries store the energy of the sun and later discharge it in the form of electricity through an inverter. Solar battery technology is considered very safe and eco-friendly. Solar batteries are more often used in places wherein frequent discharging and charging takes place.

Solar battery technology involves the use of photovoltaic cells, which convert the radiant solar energy into electrical energy. A solar battery essentially consists of a glass substrate, ethylene-vinyl acetate co-polymer (EVA) films, a backside protective component and photovoltaic elements that are sealed with EVA films. The solar battery module is developed by carrying many solar battery elements on a supporting base plate.

Benefits of Solar Battery Technology:

Unlike coal, gas and oil, solar energy is a clean, renewable and sustainable form of energy. This makes solar batteries very useful from the environment point of view. Since solar batteries do not consume fuel, they do not release greenhouse gases such as sulphur dioxide, nitrogen oxide, carbon dioxide or mercury into the atmosphere. They do not add to the cost and problems of the transportation and recovery of fuel or storage of any radioactive waste. The best thing is solar batteries do not generate any waste or by-products and considered as eco-friendly options.

Other important benefit of using solar batteries is that, it sends the excess energy back to the electric company. This not only prevents wastage of energy but also lowers the electricity bill amount and saves a considerable amount of money.

Rechargeable batteries are known to be expensive and have a short shelf life. Typical batteries such as lithium ion batteries have a high storing capacity. However, they take a long time to get recharge and deliver a weak output. Here, a solar battery recharges much quickly and delivers better output.

Solar batteries are easy to use and maintain.

Current Uses:

Solar battery is employed in many electronic equipments in the form of power supply substitutes for dry batteries. Solar batteries are well suited for places such as remote area power stations wherein no electrical power is available from the grid. Solar batteries are also used in less power consuming electronic equipment such as watches, electronic desktop calculators and portable electronic devices such as cellular phones, digital cameras, and commercial radar detectors.