Wednesday, 5 July 2017

SunModo launches solar-generating SunShield awning system

The awnings that shield building entries and windows are about to experience a transformation that will light up the $2.5 billion awning industry.The SunShield awning system features a durable triangular aluminum frame as structural truss; and expands to a 35-degree tilt angle once installed. This compact triangle frame design easily accommodates both 60- and 72-cell solar panels.The concept is simple: Replace traditional metal and fabric awnings with solar-power-generating panels that provide necessary protection from the elements while also replacing traditional electricity usage. That concept is coming to the marketplace as the SunShield awning system. It is being introduced by SunModo, a company that makes durable, easy-to-install professional racking systems.
What’s more, SunShield opens the awning industry to 30% tax credits and provides a substantial new canvas for solar power generation.
“We believe awnings are the next big frontier that will further accelerate the adoption of solar, which will reduce our society’s carbon footprint while providing an elegant yet functional shield from sun, wind and weather,” said Rick Campfield, CEO of SunModo.
The SunShield awning system is available to professional installers and building professionals directly or through distributor partners.

Tuesday, 4 July 2017

Heating water for our homes is one of the largest drains of energy

Heating water for our homes is one of the largest drains of energy, but for those who have had a cold shower on a chilly day, hot water is non-negotiable. This is one sacrifice even the greenest of green people aren’t generally willing to make. Luckily for them (and the planet), with a little forethought and ingenuity, it is possible to create a hot water heater that runs on the sun alone.
We might as well acknowledge that most of us aren’t going to re-plumb our homes to run on solar-generated hot water, which is understandable. However, that doesn’t mean this information can’t apply to you. Japanese-style outdoor showers have become quite the rage, and these could be the perfect opportunity to try out a solar hot water heater.
Outdoor showers are another great way to enjoy nature. More practically, they are good for cleaning up after a dirty day’s work without tracking it all through the house. Plus, for those who use bio-degradable soaps and shampoos, the water can be drained right into a garden or food forest.
The basic design of solar water heaters is to install tubing in an insulated box. The sun will heat water inside the tubes, and the insulation will keep it hot — sometimes scorchingly so — until it is drawn from the tap. Obviously, like solar power, these systems do require some sunlight to make the magic happen, but some designs, like evacuated tube collectors, are reported to work in overcast and sub-freezing temperatures. The sun’s radiation is just magic that way.
For those who just want to experiment with solar water heating, there is a very inexpensive and surprisingly effective way of doing so. Put water in a clear or black plastic bag (a manageable tank or five-gallon bucket would be a more permanent way of doing this), and put it out in the sun. After about an hour, the water will heat up, and even on relatively cool days, it’ll be warm enough to have a pleasant shower.
While the cheap and easy way might work for fun or for camping, most of us — if we are installing an outdoor shower in our garden — will be looking for something a little more substantial and permanent. That’s where the box-work will come in. And, here’s what you’ll need.
It begins with building a wooden box. Something about four feet by six feet should work fine (size can be adjusted to the materials available), and that would require a board for the back, two-by-fours as the sides, and glass to cover the top (look for used windows and be willing to cover the top with a couple of separate panes, if necessary). Black tubing will work, but copper piping is the best option for transferring and holding heat from the sun to the water. The inside of the box will require black paint and possibly (for a deluxe model) a copper plate. Then, it’s just fittings to connect water pipe in and out of the box, and there should be a water collector (or big bucket) leading into the heater, and a tank (five gallons or more) holding the heated water.
The box is very easy to build.
Simply screw the two-by-fours along the edges of the backboard so that they form sides. If you’ve gone the copper plate option, install it on the inside of the back board. If not, just go directly to painting the inside of the box black.
Install the inlet and outlet fittings into the box, and connect the coil of copper (this should be painted black, too) or black plastic tubing. About 50 feet of ¾” piping should work, but put as much as possible or is affordable.
Before sealing the box, connect water to it and test that there are no leaks.
Then, install the glass top. The feeder tank should be lower than the hot storage tank, and the hot water storage tank above the water heater, feeding the shower head.
The box needs to be in a sunny place, with the most sun being available when the box is angled to face the south (if you’re in the northern hemisphere). Consider using the box as a roof for the shower or possibly a sheltered changing area. In really sunny places, it’s not uncommon to need a cold water line to balance the water temperature.

NSP to construct first commercial rooftop system using its bifacial solar modules

Taiwan-based cell and module producer Neo Solar Power (NSP) said it would be deploying for the first time its P-type mono bifacial PERC modules, ‘Glory BiFi’ on a 2MW commercial rooftop in Taiwan. 
NSP noted that its Glory BiFi modules would be installed on the rooftop of the Training and Employment Center of the regional Tainan Government, located in southern-west coastal region of Taiwan and was expected to be completed in December 2017.
A total of 6,500 bifacial modules will be used on the project, making it one of the largest rooftop installation to date of bifacial modules. NSP's Glory BiFi series modules are expected to generate 10% to 20% higher power generation than conventional solar modules.

Telangana set to generate 5000MW solar power by 2019

HYDERABAD: Telangana is set to cross the 5000 MW solar power generation capacity by 2019 , more than the 1300 MW installed capacity at present. This, officials said, was because the state adopted a distributed development model which is supported by the Centre. Under this system, solar project developers are offered opportunity to develop units based on the demand-supply situation with minimal operational losses.


The renewable energy capacity of the state will touch 3000 MW by this year end as projects which have been tendered and are under execution, are expected to be commissioned as per schedule. These projects were awarded during 2015 and are expected to come on stream before December 2017. The state government has signed power purchase agreements for 3800 MW of power from these units and all of them are expected to be operational by March-June 2018
By touching 3000MW-mark, the state will also cross another milestone of achieving over 15% of total energy contribution from renewable energy sector. Currently, Rajasthan, which generates 1300 MW solar power, tops the list in the country with the highest solar power generation. Unlike other states, Telangana has not opted for mega solar parks but has planned for a decentralized model wherein it assesses the extra demand in different parts of the state and floated tenders accordingly. The state government also seeking to encourage setting up of mini solar plants close to transformers so that it could help provide power to agriculture sector with less transmission and distribution losses.

"The per capita consumption in Telangana has gone up to 1,390 units per annum as against 1,100 units. Consumption in Telangana ranks high among States. The 24x7 power supply has started giving dividends in the forms of improved living standards and increased industrial production," D Prabhakar Rao, Chairman and managing director of Telangana Transco and Genco told STOI
Betting high on rooftop solar power installations, the state government recently erected a 900- kilowatt solar power installation at Raj Bhavan, one of the biggest such installations in the state. Incentives are offered to households who opt for rooftop panels to harness solar power which includes subsidy on the panels.
Taking advantage of this, scheduled caste development department has proposed to set up 3MW capacity rooftop installations on 230 residential schools maintained by the department. Enthused over the success of its model, state is planning to come out with a new solar-wind hybrid policy to accelerate the growth of the renewable energy sector.

San Pedro boasts world’s most powerful rooftop solar generating project

Where is the world’s most powerful rooftop solar-generating project?
That would be in San Pedro.

The Westmont Solar Energy Project at the Westmont Distribution Center, 300-400 Westmont Drive, was completed recently and toured by Los Angeles Mayor Eric Garcetti.
Situated near the end of the 110 Freeway, the project includes more than 50,000 solar panels covering 50 acres of roof space, generating up to 16.4 megawatts. It’s enough electricity to power 5,000 single-family homes and ranks second in size only to the solar project at Apple Inc.’s headquarters in Cupertino. Westmont’s electricity output, however, makes it the world’s most powerful.
The project was completed by PermaCity Solar.
“This really boosts our qualifications to perform the very largest jobs,” PermaCity Chief Executive Jonathan Port said in a news release. “It’s good that a company our size can compete in solar rooftop projects with the likes of Apple’s headquarters.”
PermaCity employs about a dozen full-time workers and has done some other large-scale solar rooftop projects, including one two years ago for clothing manufacturer Forever 21’s headquarters in Lincoln Heights.
The Westmont project is part of the Los Angeles Department of Water and Power’s “feed-in tariff” program in which warehouse and other large-footprint building owners can install solar panels on rooftops and sell the electricity generated onto the agency’s power grid.
The Westmont project will produce an estimated 565 million kilowatt hours of electricity during its 20-year agreement with DWP.
“The landowner rents out the roof and the city buys the renewable power,” Port said. “It’s a win for everybody.”
Garcetti has set a citywide goal of generating 400 megawatts of solar power by the end of this year.
“We are putting sustainability at the center of everything we do in Los Angeles,” Garcetti said in a written statement. “And that means investing boldly to expand the use of local solar and renewable energy.”

Sunday, 2 July 2017

Mumbai housing society saves Rs 2 lakh on electricity bills using solar energy

Electricity bills have always been one of the top notch concerns for people leaving in metro cities. But, Raheja Eternity Housing Society of Kandivali area of Mumbai has not only taken measures to control the electricity consumption, but has also indulged in environment-friendly initiatives for the development of their society.

Raheja Eternity Housing Society with capacity of around 229 flats is the youngest among other societies of Thakur village in Kandivali. Just six-month-old, this beautiful society with scenic beauty has put in environment-friendly approach to protect the natural beauty and has contributed a lot for the betterment of society, right from the use of LED lights to aiming a near zero conventional energy consumption, minimising water consumption, to installation of solar power plant. By using solar power, these people are almost saving Rs 2 lakh per month on electricity bills.
"We wanted to protect environment, so we planned to get into renewable energy, main aim was to convert tubelights to LED lights and to reduce co2 emission and also cut down maintenance bill which was expensive mostly due to the electricity. Earlier, we used to get bill of Rs 4 lakh, now we have managed to reduced it to Rs 1.30 lakh," said SK Sahu chairman of Society.
Keeping the importance of nature in mind, the society celebrated World Environment Day showcasing it's various activities that resulted in the reduction of 61 per cent of energy consumption and also completed installation of its 65KW capacity rooftop solar system that generates around 280-300 units per day, which further adds to conserve conventional energy and add to use of Renewal energy.
Besides promoting renewal energy, the society has also progressed on the conservation of water. Out of total use of water consumption in toilets, more than 60 per cent has been replaced by using treated water, society has also recently started using water saver nozzles in kitchens that enabled to reduce the flow to almost 50 per cent, which resulted in huge saving of potable water.
Society also has a full-fledged rain water harvesting system which has a huge storage tank. And to achieve zero garbage, society has opted for a fully-automatic compost converter which converts compost in three days.
Society members are pretty much satisfied and excited with these initiatives and completely support the decisions taken as it has resulted in huge cut down of expenses for them. Society is planning to celebrate the International Plastic Bag Free Day by distributing cloth bags to each residents.
Raheja Eternity Society is in full power mode to further enhance and expand the development projects and has planned certain other initiatives for the betterment of the society as well as to conserve environment. Raheja Eternity Society further plans to promote the maintenance of green environment among the neighbouring societies as well and it surely sets an example for other societies.

Saturday, 1 July 2017

Data Centers in Ireland Focusing on Renewable Energy


Ireland is becoming a data center hot spot for many reasons, and renewable energy is being used to satisfy the heightened energy demand.
Tech giants Amazon and Microsoft both have facilities in Dublin, with Microsoft’s being one of the largest in Europe. Now, Apple is looking to build a $972 million data center in Athenry, outside Dublin. It announced the plans two years ago, along with a sister location in Denmark.
According to networkworld.com, connectivity, taxes and government support are among the reasons Ireland makes for an attractive data center location. Another is renewable energy.
The website claims renewable energy is also one reason for Ireland’s shine. “EirGrid says potential data center power capacity could increase to 1,000 MW after 2019. Renewable energy — primarily from wind energy — is a key government priority and is targeting 40% by 2020, well beyond the EU mandatory benchmark of 16%. The proposed Apple data center would be powered 100% by renewable energy.”
Last year, Facebook signed a renewable supply agreement with Brookfield Renewable Energy Partners to supply wind power to its Clonee, County Meath, Ireland facility. The facility is under construction. The social media company also began construction on a data center in Denmark, which will be powered by 100% renewable energy and will also take advantage of Denmark’s naturally chilly climate to keep cooling requirements to a minimum.