This tiny country just outlined a plan to completely stop using oil, coal, and gas….

Recently, there seems to be an uptick in small nations or islands setting their sights on becoming increasingly, or completely, powered by non-fossil fuel energy sources, particularly renewables such as solar, wind and hydroelectric power.

This is welcomed news in a world that – despite recent advances in tackling climate change by the US and China – remains relatively paralyzed in its ability to make substantial changes to how it deals with climate change.

Earlier this year, Costa Rica met the entirety of its national power demand using renewable energy for 75 days straight.

Shortly afterwards, the US state of Hawaii passed legislature decreeing that, by 2045, the entire island will be powered by renewable, sustainable energy sources.

Denmark, one spectacularly windy day in July, generated 140% of the nation’s electricity demand through wind power alone, as reported by the Guardian. Remarkably, much of the excess was given to Germany, Norway and Sweden.

Sweden may have taken this to heart, because just last month they announced that they will be spending an extra $546 million (£360 million) on renewable energy and climate change action, beginning with their budget for 2016.

 

Stockholm

Sweden is on track for becoming a nation powered by sustainable, renewable energy sources alone by the next half-century.

The ultimate aim is as ambitious as it is honorable: They hope to become one of the world’s first nations to end its dependence on fossil fuels. Solar energy, in particular, has seen its budget increase by 800%.

Although this nationwide goal has not got its own timetable yet, the Swedish government has announced that its capital of Stockholm aims to be powered only by sustainable energy sources by 2050.

This announcement couldn’t come soon enough: The United Nations Climate Change Conference, which will be held this year in Paris, is beginning at the end of November. Sweden’s – and Denmark’s – climate change initiatives will hopefully influence the less keen attendees of the conference to begin to adapt their own countries’ energy grids.

The Ecologist reports that Sweden is also closing its nuclear power plants, although this is mainly due to their aging infrastructure. Nevertheless, no replacements are planned, with the government preparing to use only renewable energy sources. It should be pointed out that nuclear power plants are often lumped together with fossil fuel power plants as being just as harmful to the environment. However, in terms of climate change, nuclear power plants have a negligible carbon footprint more in line with renewables, as reported in Nature.

Governments often stop using nuclear power plants in response to political pressure, demonstrated by Germany’s recent move. In this case, the Fukushima crisis in Japan – caused by a once-in-a-lifetime natural disaster – prompted the German government to phase out its nuclear power plants by 2022, according to BBC News.

Germany, of course, is a country that does not suffer from tsunamis or dangerous earthquakes; there is a near-zero risk for any such crisis occurring to any nuclear power plants there.

Despite also eschewing nuclear power, Sweden is on track for becoming a nation powered by sustainable, renewable energy sources alone by the next half-century, which is a remarkable feat. Two-thirds of the country’s electricity is generated from non-fossil fuel energy sources already, mainly through hydroelectric and nuclear power generation.

It will be interesting to see how replacing their nuclear power plants with renewables will hamper or assist them on their path to becoming a fossil fuel-free nation.

Read the original article on IFL Science. Copyright 2015.

Source….

Natarajan

Airbus has come up with a crazy way of fitting more people into planes…

The aviation industry is always looking for new ways to get more people into their planes and judging by a new patent filing, Airbus is proposing a pretty radical idea.

The manufacturer of the world’s largest commercial jet, the A380, just filed a patent in Europe for a number of wacky looking seating configurations on its aircraft, creating the potential to jam even more people into planes.

In the patent filing, the company says “in modern means of transport, in particular in aircraft, it is very important from an economic point of view to make optimum use of the available space. Passenger cabins are therefore fitted with as many rows of passenger seats as possible, which are positioned with as little space between them as possible.”

Amongst the range of new configurations is a business class cabin with a mezzanine level.

Passengers on the upper level would have to climb steps to reach their seats. Seats in this configuration would recline flat, allowing passengers to enjoy an airborne version of being in a bunkbed.

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Airbus

Another design shows two passengers seated on a mezzanine, face to face, something which business travellers looking to get work done might find particularly helpful!

 

The patents may be designed to save space but Airbus was also keen to stress that the new seats will provide a “high level of comfort for the passengers using the seat arrangement.”

It also said that the seat configurations could be used on trains and buses. One bonus that might come from such cramped conditions is that air fares could get cheaper.

But no matter how unpleasant these planes might look, it seems unlikely that the designs will ever come into use.

Airbus is well known for filing hundreds of patents per year in order to protect its intellectual property and ensure that competitors like Boeing cannot get the upper hand.

Recent patents filed by the company include a jet that could travel across the Atlantic in only one hour.

Source….Will Martin….www.businessinsider.com.au

Natarajan

14 Infrastructure Projects in India That Are Nothing Short of Engineering Marvels….

From the environment-friendly Chandigarh airport to the modern Delhi metro, from extraordinary solar projects to stellar freeways and tunnels, here is a list of 14 engineering marvels in India that have set a benchmark for other infrastructure projects to follow.

India has a great heritage in architecture and design. And, since independence, the country has made major advances in engineering too. Be it a tunnel in the treacherous mountains or the amazing metros that connect lakhs of commuters everyday, our talented countrymen have designed and executed some amazing projects that deserve to be recognized and applauded.

Here are 14 amazing infrastructural projects in India that make us super proud.

1. World-Class, Eco-Friendly Airports

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Picture Source

Cochin airport created news when it became India’s first airport to run on solar power in August 2015. The airport has photovoltaic (PV) panels laid across 45 acres near the cargo complex. The airport can avail 50,000 to 60,000 units of electricity per day through these panels which is sufficient for all its functions. This has technically made the airport “absolutely power neutral.” The implementation of this 12MWp solar power project cost Rs. 62 crore and took six months to complete. It has been set up by Bosch Ltd., Bangalore, and has a capacity to produce 18 million units of power annually. Read more about it here.

The recently constructed Chandigarh international airport at Mohali is the first airport in the country that is ‘totally green’. Spread over 53,000 sq. m, the airport has used environment-friendly green technologies that makes it one-of-its-kind, not only in India, but also in the world. The airport is constructed in a way that no artificial lights would be required to illuminate it during the daytime. It also has a transparent façade with low heat-gain glass which reduces the need for a large amount of air conditioning. The rooftop of the terminal has a 200KW solar plant which is enough to meet the major power needs of the building. Forty percent of the airport is illuminated with LEDs and the air-conditioning is fired by chiller efficient machines. Here’s more about the airport.

2. Magnificent Metro Projects

Delhi Metro. Picture Source: WillaMissionary/Wikimedia

Starting with the first metro being built in Kolkata in 1984, metros have become lifelines in some of the major cities in India. The Delhi metro started its operations in 2002 and is one of the most disabled-friendly public places in the country, with all stations equipped with ramps, low level control panels in the lifts, and buttons in Braille. With 208 trains serving 140 metro stations, it is the first metro rail and rail-based system in the world to get “carbon credits for reducing greenhouse gas emissions.”

Named one of the top 100 strategic global infrastructure projects at the Global Infrastructure Leadership Forum held in New York, the Hyderabad Metro Rail project will be the the world’s largest project under public-private partnership. It is also the world’s largest elevated metro and is expected to provide transportation to over 1.7 million commuters by 2017.

3. Neemuch Solar Power Plant, Madhya Pradesh

Neemuch Solar Power Plant Madhya Pradesh. Picture Source: Rahultalreja11/Wikimedia

Located at Diken in Neemuch district of Madhya Pradesh (MP), it is Asia’s largest solar power plant. This 151 (DC)-megawatt solar photovoltaic power project by Welspun Energy, India’s largest private solar project developers, is set up on an 800-acre site. The plant will address the power needs of 6.24 lakh homes in MP on completion.

4. Yamuna Expressway

Picture Source: shivvir/Wikimedia

The expressway which connects New Delhi with Agra is India’s longest motorway. This 165 kilometer, six-lane expressway was opened in 2012 and has dramatically reduced the travel time between the two cities; it now takes only a little over two hours to get from Delhi to the Taj Mahal. The project was featured in the list of world’s top 100 innovative infrastructure projects, prepared by KPMG.

5. India’s First Solar Park at Charanka Village in Gujarat

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Picture Source

This group of solar parks constructed in Gujarat makes the state Asia’s largest solar park hub. Spread across 5,000 acres, with a capacity of 500 MW, the park can generate both solar and wind energy. Operational since 2013, it hosts 19 different projects by different developers, including Alex Astral, US-based Sun Edison, Lanco Solar, Roha Dyechem, and GMR .

6. Amazing Airport Terminals

Mudras at arrival of T3 terminal, Delhi. Picture Source: Krokodyl/Wikimedia

The Indira Gandhi International Airport was ranked the world’s best airport in handling 25-40 million passengers per annum category by ACI 2014 and is South Asia’s largest aviation hub. The recently constructed T3 Terminal has added to the glory of IGAI. The terminal has a capacity to host 34 million passengers annually and is the 24th largest building in the world. Not only this, it also has India’s first automated parking management and guidance system in a seven-level car parking area which can accommodate 4,300 cars.

Mumbai’s T2 terminal, with a four-storey building and a capacity to handle 40 million passengers annually, is also nothing short of extraordinary. It also has the country’s largest airport escalator at 11.6 meters. The car parking can accommodate 5,200 cars and the steel used to build the roof of the terminal is enough to construct two Eiffel Towers.

7. GIFT City, Gujarat

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Picture Source

Gujarat International Finance Tec-City (GIFT) is an under-construction central business district between Ahmedabad and Gandhinagar that will be a major financial hub. The Rs. 600,000 crore project will host corporate and regional offices of companies, a trade centre, housing colonies, and a centre for the domestic financial sector. It is expected to create over 10 lakh new jobs in 10 years. Organizations like International Monetary Fund (IMF) and agencies of United Nations are expected to open offices here. GIFT city is designed to be eco-friendly – it will use an energy-efficient district cooling system instead of air-conditioning.

8. Ahmedabad and Indore BRTS

Ahmedabad BRTS. Photo courtesy: Enthusiast10/Wikimedia

The Bus Rapid Transit System of Ahmedabad is a planned commuting system with reduced emissions and improved air quality. It is also referred to as a model urban transport system. Started as a pilot project over a distance of 12.5 kms, it now covers 51 kms. Around 22 percent of commuters who used two wheelers earlier have now started using BRTS. The project ran free of cost for the first three months of operation.

Another BRTS service which is worth mentioning is Indore’s BRTS which has been built on the pattern of Ahmedabad BRTS. This project too offered free rides to the commuters in the initial phase. The project has 16 buses that operate on 10 lines. The buses have a frequency of every 15 minutes on every stop. Smart cards are used for fare collection.

9. Mumbai’s Eastern Freeway

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Picture Source

India’s second largest flyover, Mumbai’s Eastern Freeway, is an amazing piece of engineering and design. It connects P D’Mello Road in South Mumbai to the Eastern Express Highway (EEH) at Ghatkopar. The 16.8 km long freeway became operational in June 2013 and is believed to support over 25,000 vehicles daily. Commuters can enter the flyover from eight points. Also, the flyover has enabled commuters to enjoy the 20 minutes road journey from CST to Chembur.

10. Banihal-Qazigund tunnel

The tunnel that connects Bichleri Valley of Banihal with Qazigund area of Kashmir Valley is India’s longest railway tunnel. It is also the second longest tunnel in Asia. The tunnel, which became operational in June 2013, is 11 kms long and is located in the Pir Panjal mountain range. The ambitious and difficult project took seven years to complete with the hard work of 150 engineers and 1,300 workers. The USP of the tunnel is the use of the New Austrian Tunnelling Method (NATM) of construction. The project cost was around Rs. 1,700 crore.

11. Interceptor Sewage System

Work in progress of interceptor sewage system.

Yamuna river’s sad state is not news. Delhi Jal Board (DJB) has come up with a solution to keep the river clean by implementing the Interceptor sewage system on three major drains – Najafgarh, Supplementary and Shahadra drains. This Rs. 1,357 crore project diverts the sewage to treatment plants so that the river’s water can be used for other purposes like horticulture and cleaning. The system captures sewage from the 1,600 unauthorized colonies through 600 mm to 2,400 mm wide pipes.

12. Petrochemical Complex at Dahej

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Oil and Natural Gas Corp (ONGC) Petro additions Limited’s (OPaL) mega petrochemical complex at Dahej will be used to manufacture polymers along with products like detergent bottles, milk jugs, water pipes, etc. It will also export products to countries like China, Singapore, Turkey, Africa, Pakistan, etc. The construction of the project was started in 2009 and it was expected to be ready by 2013, but was delayed. The officials claim that the plant was mechanically completed by April 2015 and one of the units commissioned in June. Other units of the plant will also be commissioned soon. The entire plant is expected to start operations by end of 2015.

13. Narmada Canal Solar Project

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Gujarat’s canal-top solar project covers a 5.5 km section of the Narmada canal with a photovoltaic grid. This 10 MW solar project is one of its kind in the world. Located at Chandrasan village near Mehsana, the plant is designed to generate 1.6 million units of electricity per year along with preventing water from evaporation. The project will eliminate the need of land solar projects and is expected to save two billion litres of water annually. Megha Engineering and Infrastructure Limited will build the plant and maintain it for 25 years.

14. The Chennai Mofussil Bus Terminus

Photo courtesy: User:SriniG/Wikimedia

Spread over an area of 37 acres, it is the second largest bus station in Asia and is also accredited with the ISO 9001:2000 quality certification for its efficient management and functioning. Opened in 2002, this terminus has the capacity to handle 2,000 buses and 200,000 passengers daily. The bus station has 64 CCTV cameras and a ‘child-friendly’ centre for lost kids. The huge parking lot can accommodate over 2,500 two and four wheelers.

Source….Shreya Pareek….www.thebetterindia.com

Natarajan

 

 

6 Amazing Facts About Baripatha – Odisha’s First 100% Solar Powered Village….

Baripatha has become the first village in Odisha to be entirely solar-powered, with an individual solar unit for every household.

After waiting for electricity for several years, lives of the residents of Baripatha, a tribal village in Odisha, changed for the better on Oct. 2, 2015. On this day, Baripatha became the first village in the state to be completely powered by solar energy.

Here are few things to know about the village and this project:

1. Baripatha is located about 25 km southwest of Bhubaneswar. The village has 61 households, and a population of about 350 people.

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Picture for representation only. Photo Credit: Premasagar Rose/Flickr

2. The project cost Rs. 7 lakh and was co-funded by the solar products manufacturer, ECCO Electronics, and the power solutions provider, Jackson Group.

“We requested companies such as Nalco, Ecco Solar and Jackson Solar to help us with the solar project for the village…This model can be replicated all over Odisha to provide power to its nearly 3,900 villages,” senior IPS officer Joydeep Nayak, who is the driving force behind this initiative, told The Times of India.

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Picture for representation only. Photo Credit: Flickr

3. Under this project, individual solar units with two solar home-lighting systems, which also have the facility of charging mobile phones and other devices, have been installed for each of the 61 households in the village.

This is accompanied by a central one-kilowatt unit for the entire village that will be used to power the eight street lamps along with a LED television set and TV set-top box that have been provided to the villagers and have been installed in their community centre.

Picture for representation only. Photo Credit: Flickr

4. The central solar unit has eight panels that can be folded quickly in case of cyclones and high-speed winds that are frequent in Odisha.

The unit can also operate a one-horsepower irrigation pump.

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Picture for representation only. Photo Credit: Flickr

5. What makes the project in Baripatha is that in most rural solar projects, there is a central unit which supplies power to all households.

But that leads to many problems like the exposed cables being tapped by villagers. In this case, some households draw more power than their share, which in turn causes the central line to trip because of overload. Thus, to avoid such issues, individual units have been set up for each household.

Picture for representation only. Photo Credit: Flickr

6. The entire solar project is low cost, low maintenance and community owned.

The only maintenance needed now is the regular cleaning of panels and ensuring that water levels of batteries for the central unit are at the required mark. According to ECCO CEO, Vivek Bihani, the whole village was involved in the planning and execution of the project. “Village mukhia Narayan Hisa along with a local ITI diploma holder, Epil Kumar Singh, are responsible for the maintenance,” he informed.

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Source: YouTube

The project was inaugurated on Friday by the chairman and managing director of National Aluminium Company Limited (NALCO), Tapan Kumar Chand. He, along with the other state officials, distributed the two lighting systems to each household.

Source…..Tanaya Singh….www.the betterindia.com

Natarajan

How One School Used Solar Power to Go from Being an Electricity Consumer to Electricity Producer …

In the small coastal town of Pondicherry, south of Chennai, there is a school that is not only self-reliant in terms of energy but is also sharing the excess it produces with other buildings in the area.

The Sri Aurobindo International Centre of Education (SAICE) in Pondicherry has been operating on green energy since September 2014.

Many schools encourage their students to switch off the fans and lights after use, plant trees and take other initiatives to save energy. However, very few go beyond just asking them to take precautions and save energy. SAICE is different.

This educational institute is self-reliant in terms of energy; it meets all its energy requirements through solar power. Moreover, it produces three times the electricity it consumes and lights up many other buildings with the excess energy.

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Sri Aurobindo Ashram

And it has done so by devising and implementing a project almost entirely on its own.

SAICE is a part of the Sri Aurobindo Ashram in Pondicherry. It was in 2012 that Dr. Brahmanand Mohanty, an alumnus of SAICE, came up with the idea of making the ashram energy efficient with the help of a sustainable model.

“As the Indian economy continues to grow, so will its energy consumption. The country’s primary energy consumption more than doubled between 1990 and 2011. As the demand continues to grow, keeping pace with the GDP growth, the energy sector is struggling to deliver a secure supply of energy,” says Dr. Mohanty, explaining why he thought this move was important. Hailing from Odisha, Dr. Mohanty is currently working as the Visiting Professor at the Asian Institute of Technology, Bangkok, and has been engaged in the area of energy and environment managements since the last three decades.

According to Dr. Mohanty, many rural areas of the country do not have access to electricity. And urban India uses energy-intensive appliances, resulting in electricity shortage.

The entrance of the Sri Aurobindo International Centre of Education

The entrance of the Sri Aurobindo International Centre of Education –

Dr. Mohanty had a vision of developing a system that would make SAICE self-dependent for energy. With this in mind, he had a meeting with the trustees of the Ashram. They gave him the go ahead and even suggested that pilot research activities should be taken up with the active participation of the young teachers and students at the Institute. And then it all began. The whole project was conducted in two phases from 2012 to 2015.

Phase One: The Pilot

The pilot research took place between 2012 and 2014. The idea was to demonstrate that it is possible for an electricity consumer to achieve net-energy positive status (to generate more energy than consumed) by adopting measures to lower the energy demand through energy efficiency and conservation, and producing electricity using solar energy. To begin with, the energy requirements of SAICE were measured, in order to understand the pattern of electricity consumption over a long period of time.

Following this analysis, all inefficient lamps, fans, air conditioners, and computers, which had been in use since a long period of time, were substituted by more energy-efficient alternatives to lower the energy demand by more than 25 percent, without compromising on the quality and service.

Replacement of energy-inefficient appliances by more efficient alternatives

Replacement of energy-inefficient appliances by more efficient alternatives

With a better understanding of how much energy the educational institute was consuming, they came to the decision that a solar power plant should be installed inside the campus so as to meet all the energy demands in-house. Thus, a 17 kWp rooftop solar power plant was set up in the school by an Auroville-based solar installer.

Teachers and students were involved in the entire process right from the start. They helped in the basic wiring, setting up the panels on the rooftop, and more.

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Students of SAICE actively involved in the installation of the rooftop solar power plant. –

“This allowed them to get a better grasp of the working principles of a grid-tie solar power generation system and they also got practical exposure to the various aspects of the solar system to be taken into consideration in order to ensure its proper functioning over a long time frame,” says Dr. Mohanty.

With this solar plant, SAICE evolved from being an electricity consumer to an electricity producer. This research initiative was supported and recognized by the Government of Pondicherry, as well as the Power Grid Corporation of India (PGCI), as part of the pioneering Smart Grid Pilot project being implemented for the first time in India. Smart Grid facilitates a two-way electricity delivery system, that is, integration of renewable energy sources followed by smart transmission and distribution from the renewable source to the nearby consumers.

Thus, after the solar plant was set up, 700 kWh of excess energy was exported back into the power grid during the first month.

A wide-angle photo of the solar panels installed on SAICE rooftop

A wide-angle photo of the solar panels installed on SAICE rooftop –

Phase Two: Giving More than they Take

This phase started after the announcement of the Solar Energy Regulations by the Joint Electricity Regulatory Commission (JERC) for Goa and Union Territories in December 2014. One of the features of this regulation is group net metering. What is that?

“If someone owns more than one property connected to the power grid, it is possible for him/her to install bigger capacity solar plants in one or more buildings and use the excess electricity that is generated to adjust the electricity consumed in other buildings on rooftops where there is no solar installation. For example, the excess 700 kWh that was produced by the rooftop solar system in the school last September could be used by the Ashram to reduce or avoid the payment of electricity in another Ashram building,” explains Dr. Mohanty.

As the Ashram is the owner of many buildings, for its various departments, the school was able to utilise this feature.

Thus, in the second phase, which took shape in March 2015, the rooftop solar power plant was expanded to achieve a cumulative solar power generation capacity of 50 kWp. The plant has now been extended to four buildings inside the ashram complex and it generates an average of 6,500 kWh electricity per month, which is more than three times the present electricity consumption of the school.

The excess then is used for the electricity needs of other buildings of the ashram.

Results of the data from the bi-directional smart electric meter showing how SAICE had become a net electricity exporter after the installation of the 17 kWp solar power plant.

Results of the data from the bi-directional smart electric meter showing how SAICE had become a net electricity exporter after the installation of the 17 kWp solar power plant.

“The main operation of the school is during the daytime and there are limited activities beyond sunshine hours. The electricity produced by the solar plant not only takes care of all the needs of SAICE during the day but also exports 161 kWh of electricity to the power grid. On the other hand, only about 32 kWh of electricity is drawn from the power grid after sunset…This demonstrates how school buildings that are mainly operational during daytime can adopt rooftop solar systems to not only meet their own electricity needs but also assist in bridging the shortfall in the grid supply,” says Dr. Mohanty.

The organization that helped with the development of the power plants also developed a remote monitoring system called Wattmon, which tracks the performance of the four solar power plants, online. It also monitors the voltage, current, power output, solar inverter efficiency, and total electricity produced at any time of the day.

The Ashram already produces its own rice, lentils, vegetable, milk and cooking oil that are needed in the community dining room on a daily basis. This is an added step towards sustainability.

A side-view of the solar panels installed on SAICE rooftop

Noticing the benefits of this system, people at the Ashram and in the nearby places are trying to take suitable steps to gradually reduce their dependence on fossil-fuel fired power plants. More and more students are also keen to learn about how solar energy can be harnessed to serve humanity and they now dream of having a more sunny future.

The entire project cost about Rs. 1 crore and was completely funded by the Ashram itself.

A bird’s-eye-view photo of the solar panels installed on SAICE rooftop with the Indian Ocean in the backdrop

A bird’s-eye-view photo of the solar panels installed on SAICE rooftop with the Indian Ocean in the backdrop

But this, according to Dr. Mohanty, is a profitable deal. Because the cost-benefit analysis of the solar power project shows that the capital investment on the project can be recovered roughly in 10 years from the savings in electricity bills.

“The main message of this research initiative is that those who have access to energy and can well afford it…can also contribute to making the scarce energy resources available for all those who do not have access,” he concludes.

You can contact Dr. Mohanty by writing to him at mohantyb@gmail.com.

Source….Tanaya Singh……www.thebetterindia.com

Natarajan

9 hard truths about money ….your successful friends won’t tell you….

We all have those friends who seemingly cruise through life, never stressing about money or success, and somehow always have plenty of both.

They have retirement plans, businesses and time to climb mountains or run marathons. Basically, they’re really annoying.

For others, failing to save, going deeper into debt and generally stressing about life is the norm. if you’re wondering what those successful friends of yours are thinking — but not saying — about your money habits, keep reading.

1. You need to budget.

You know the guy who you’re always hitting up for money until you get your paycheck? Well, he’s thinking that you would benefit by creating and sticking to a budget. Fortunately, making a budget is as easy as clicking a mouse.

“Find an app or system that works well for you such as Mint, You Need A Budget or just an Excel spreadsheet,” said Kate Holmes, a certified financial planner (CFP) and founder of Belmore Financial. “Import the last few months of all checking, debit and credit card transactions and see where things are at. You’ll likely be surprised by some of the category totals.”

“Ask yourself how much happiness each item brings. You may find some unnecessary spending you can easily cut out,” she said.

Here’s a strategy she recommended: 50% of your take-home pay goes for food, housing and other necessities; 30% for discretionary spending; and 20% toward paying off debt and building savings. Of course, any money-savvy friend will also tell you that making a budget is easy. Staying with it can be challenging.

2. You don’t save enough.

We all want to retire someday, right? Well, the bad news is most of us won’t be retiring in style if we only rely on Social Security benefits to live. The average Social Security recipient in 2014 got only $1,300 a month. Those golden years are starting to look tarnished already.

So what can you do? Save in your workplace retirement plan and take advantage of your employer’s matching program, said consumer finance expert Kevin Gallegos, vice president of Phoenix operations for Freedom Financial Network. He recommended saving 10 percent to 15 percent of your gross pay for retirement. If you can’t swing that, start with what’s manageable for you.

3. You have too much credit card debt.

The financially savvy see credit cards as a convenience, not a bank account from which to draw. The average credit card interest rate stands at 13%, meaning that everything you buy, from dinner out to a flat screen TV, will cost you 13% more if you don’t pay it off immediately.

That’s why a good friend would tell you to avoid using credit cards except in emergencies. “Few, if any, investments will return as much,” said Gallegos. “Having no credit card debt provides a financial cushion itself.”

So the next time you whip out that Visa to fund your latest impulse buy, add in the interest costs and reassess whether it’s really worth it.

4. You never consider the opportunity cost.

Here’s something that most people know but only the financially savvy apply: Every purchase has two costs. One is the price you pay for a product or service. The second is what you’re giving up when you make that purchase, or in other words, its opportunity cost. You bought the shoes but now you can’t afford the dress or that contribution to your IRA this month.

Billionaire investor Warren Buffett often quotes his friend and partner, self-made billionaire Charles Munger, when speaking about opportunity cost. They see their biggest business mistakes as missed opportunities that kept them from making more money. They call them “mistakes of omission.” They didn’t invest in something when they should have, or they weren’t able to because their money was tied up in another investment.

So what will those shoes cost you in the long run?

5. You give up too easily.

If you weren’t born rich, then you will have to work hard for your earnings and adopt a steadfast attitude that could translate into wealth. “Look at every successful person across a wide spectrum of industries and activities,”  said John Mulry, a GKIC certified business advisor. “All had their obstacles, demons and downfalls, but their desire to succeed and ability to overcome was greater than anything else. They were willing to stop at nothing to achieve.”

Most friends don’t want to tell you that you’re a quitter. So you might have to make the hard call, which is something only winners do. Call it the quitter’s paradox.

6. You eat out too often.

Who doesn’t love to stop at Starbucks for morning coffee, then go out to lunch with colleagues, and later grab a get-me-through-this-day Frappuccino? But do you know what you’re brown-bagging friend at the next desk is thinking? “That’s a waste of $25.” One medium Starbucks a day, five days a week, will set you back about $1,100  per year.

Take note: It costs as little as 27 cents to brew a cup of coffee yourself. If you add milk and sugar, the cost climbs to 75 cents. You still just saved more than $900 a year. How does that Starbucks taste now?

7. You don’t have a clear financial goal.

So you have a friend who runs marathons, climbs mountains and made a million before he turned 30. The first thing he’d tell you is that you need a clear goal to accomplish anything and to manage your money.

“It’s very hard to get where you’re going without knowing where you want to go,” said Gallegos. “Similarly, it’s very hard to save without setting goals. Those goals might include retirement, a vacation, a new piece of furniture, a child’s education or time to train for a marathon.”

Whatever the goal, write it down. Then budget for it. If you get stuck, call your buddy who climbed Mount Everest for advice.

8. You need an emergency fund.

Life has a bad habit of throwing curve balls in the form of emergency car repairs, unexpected medical bills, surprise household repairs and so on. Your friends might be thinking, “Does this bozo not expect anything bad to ever happen?”

Whether it’s a job layoff or worse, you want to ensure you can cover all necessary expenses for three to six months, said Holmes.

9. You spend too much on trends.

You know your friend with the iPhone 4, the Old Navy jeans and the stupid TV? She’s wagging her well-funded finger at your trending Apple Watch, $300 jeans and genius TV.

The trick is to cut down on the impulse buys and in general trust your gut. You know when you’re being indulgent. If not, invite that friend with the ancient iPhone when you go shopping.

Another great trick to curb spending, said Gallegos, is to pay with cash. Two things will immediately happen. It will be much more inconvenient and you will get a very real feel for how much you are truly spending. Gallegos cited research that found that people who pay with cash instead of credit or debit cards typically spend 15 to 20% less. That’s retirement savings money, baby.

Keep Reading: Why Dave Ramsey’s Cash-Only Policy Is Genius for Saving Money

Read the original article on GOBankingRates.Copyright 2015.

Source….www.businessinsider.com

Natarajan

5 Things you Need to know about India’s First Space Observatory…

This mission will study astronomical phenomena, puts India in select group of nations

Astrosat is compared to NASA’s Hubble telescope. Photograph: ISRO

The Indian Space Research Organisation on Monday successfully launched the Astrosat satellite. Through this launch, India has joined a select group of countries that have their own space observatory satellite.

Here are five things you need to know about Astrosat.

1.
This is India’s first attempt at setting up an observatory in space, a place from where it can study cosmological phenomena.
2.
The mission is aimed at obtaining data that will help in a better understanding of the universe. The mission is to study astronomical phenomena. Astrosat is carrying five payloads, including an ultraviolet imaging telescope.
3.
Astrosat is generally described as India’s version of the Hubble telescope that NASA had put in space in 1990.

But experts say it is not right to call Astrosat India’s Hubble, as the NASA version is 10 times heavier than Astrosat and is said to cost $2.5 billion, while India’s satellite costs around Rs 180 crore.

4.
Astrosat will put ISRO in a very exclusive club of nations that have space-based observatories. Only the United States, European Space Agency, Japan and Russia have such observatories in space..
5.
For the third time an Indian rocket will be launching seven satellites in a single mission. In 2008, ISRO had launched 10 satellites in one go, including India’s Cartosate-2A satellite.

 

Source….www.rediff.com

Natarajan

How Modi won the internet during Silicon Valley visit……..

Prime Minister Narendra Modi on Sunday answered questions from the audience at a Townhall at the Facebook headquarters and took a tour of the Google headquarters with CEO Sundar Pichai. The Prime Minister spoke about the role of social media in governance, and the effect it has had on his personal life.

Here are the top 10 quotes:

1 Social media was like a guide and an easy textbook to know about things for me. It helped mould my thought process. It helped me build world consciousness.


2 I used Chinese social media to wish the PM there. It went viral. I wished the Israel PM in Hebrew and he replied in Hindi!


3 We need both highways and i-ways (information ways) in India.


4 People today live in places where infrastructure is present unlike the past when water was the reason. Soon we might live in places where there is good digital infrastructure.


5 For our government to achieve economic progress, we have to utilise the potential of the 50 percent population — the women in India.


6 My mother is illiterate. My father is no more. My mom understands things through media. My mother took lot of pains to help me grow.


7 I come from a poor family and my family played an important role in my life. No one could have imagined that the world’s largest democracy could have accepted an ordinary tea seller.
8 I thought technology helps us save time, but in fact it is the opposite: people are spending maximum time using technology.


9 I want to encourage hack-a-thons in Indian cities too.


10 India’s unique strengths: 3D. Demographic dividend, democracy and demand. I have added another D: deregulation.

 

Source….www.thehindu.com

Natarajan

Modi gets his message across in Silicon Valley…”Make in India” and “Digital India “

Prime Minister Narendra Modi with Cisco’s John T. Chambers, Microsoft’s Satya Nadella, Qualcomm’s Paul E. Jacobs and Google’s CEO Sundar Pichai during the Digital India dinner function in San Jose. Photo: PTI

Prime Minister Narendra Modi with Cisco’s John T. Chambers, Microsoft’s Satya Nadella, Qualcomm’s Paul E. Jacobs and Google’s CEO Sundar Pichai during the Digital India dinner function in San Jose. Photo: PTI

Midway through his second visit to the US, Prime Minister Narendra Modi has already addressed three of the four major constituencies he planned to reach out to—at the bilateral, multilateral and Indian diaspora levels.

The fourth—the US leadership—is next in line, say analysts.

At the multilateral level, Modi addressed the United Nations (UN) General Assembly where he spelt out the need for “climate justice” and chaired a meeting of Brazil, Germany, India and Japan—four nations that have demanded a place for themselves as permanent members of a revamped UN Security Council.

Before leaving the US, Modi is also set to address a conference on UN peacekeeping—a global duty that is substantially underpinned by Indian contributions.

On the bilateral economic front, Modi has held meetings with key US business leaders, seeking and enlisting their support for his “Make in India” and “Digital India” campaigns.

That a number of chief executive officers (CEOs) in Silicon Valley are Americans of Indian origin helped Modi link up with the diaspora—the third key constituency that he has reached out to on all his trips abroad. Modi was set to address an audience of 20,000 people of Indian origin in California on Sunday.

The fourth constituency is the US establishment, and Modi will be meeting US President Barack Obama overnight Monday before heading home.

Former foreign secretary Lalit Mansingh noted that Modi’s six-day US trip had a multilateral component focused on key foreign policy issues such as the revamp of the UN Security Council, while the bilateral agenda with the US was tied to domestic economic issues.

“On the whole, the tenor of the visit has been positive,” Mansingh, also a former Indian ambassador to the US, said on Sunday.

 

Economy—the key focus area

Arriving in New York late on Wednesday after a brief halt in Ireland, Modi’s first engagements on Thursday were back-to-back meetings with the US business community aimed at burnishing the image of Asia’s third largest economy as an investor-friendly destination. Last week, the Asian Development Bank cut India’s growth projection to 7.4% for 2015-16 from 7.8% predicted earlier. And there has been criticism, albeit muted, that the Modi government, elected to office last May on a pro-jobs and pro-development platform, has been slow in putting in place measures that would spur the economy.

Among those who met the prime minister were Rupert Murdoch, chairman of News Corp.; Ajay Banga, president and CEO of MasterCard who also chairs the US-India Business Council; Marilyn A. Hewson, chairman, president and CEO of Lockheed Martin Corp.; Citigroup chairman Michael O’Neill; Boeing International president Marc Allen, and Goldman Sachs president Gary Cohn. These meetings came on a day the Indian government formally announced that foreign companies without a permanent establishment in India will be exempt from the minimum alternative tax, levied on profit-making entities that do not pay corporate income tax because of exemptions and incentives.

“The idea (behind the intensive engagement with the business community) is that while we have expanded in a significant way our political security and defence cooperation, we need to make enhanced effort in terms of expanding the economic engagement between the two countries,” India’s ambassador to the US, Arun Singh, told reporters last week.

“When President Obama had visited in January, the two leaders had declared a goal of taking our trade relationship to a level of $500 billion from the present level of $120 billion. So, it would be important to see what kind of new opportunities we can create in the economic sector and that is why an important part of Prime Minister’s engagement during his visit to the United States is certainly focusing on the economic sector,” Singh said.

If the emphasis of Thursday’s meetings was on investments and manufacturing, it was Digital India at the weekend, when Modi travelled to California. Digital India is the Prime Minister’s flagship programme seeking to promote the use of technology to deliver governance and services. Those who met Modi included John Chambers, executive chairman of Cisco Systems; Paul Jacobs, executive chairman of Qualcomm who announced a $150 million investment in Indian start-ups; Satya Nadella, CEO of Microsoft; Sundar Pichai, CEO of Google; Shantanu Narayen, president and CEO of Adobe; and Venk Shukla, president and trustee of Silicon Valley at The Indus Entrepreneurs, a group representing tech entrepreneurs.

“Today, more than 15% start-ups in Silicon Valley are attributed to Indian-origin tech entrepreneurs. Therefore, this is an additional dimension to the potential for cooperation between India and the United States,” ambassador Singh told reporters, underlining the potential role of the diaspora in the digital India initiative.

Ahead of the meeting with the leading lights of the Silicon Valley, Modi received Tim Cook, CEO of technology giant Apple, and invited the company to start manufacturing in India under the Make in India initiative that aims to boost India as a global manufacturing hub. Modi also visited Tesla Motors Inc., which designs and manufactures premium electric vehicles on Saturday, a visit that underlined the India’s growing emphasis on renewable energy, including plans to generate 100,000 megawatts solar power by 2022.

“The Prime Minister heard them and their concerns. How he deals with the problems once he is back home is to be seen,” Mansingh said.

At the UN

At the multilateral level, Modi has had two major engagements. On Friday he addressed the UN General Assembly on the occasion of the world community adopting the Sustainable Development Goals that aim to reduce global poverty. The second was early Saturday when he chaired a meeting of the Group of Four (G4) countries—Brazil, Germany, India and Japan—that seek to become permanent members of the UN Security Council.

In his address to the UN General Assembly, Modi spoke of how many of the initiatives launched by the Indian government—financial inclusion, education and skill development and pension schemes for the vulnerable—mirrored the Sustainable Development Goals. With an eye on the Paris climate change conference scheduled later this year in Paris, Modi urged developed nations to transfer technology, innovation and finances to developing countries in order to tackle the challenge of climate change.

Highlighting India’s plans to produce 175 gigawatts of electricity by 2022 through renewable energy sources, energy efficiency measures, improving public transportation, cleaning up cities and rivers, and the waste-to-wealth project, Modi said: “The objective of our collective efforts is common but differentiated responsibilities.” The principle institutionalizes the idea that rich nations must bear historical responsibility for global warming and therefore must take the global lead in efforts to reduce carbon emissions that cause climate change.

“Climate justice” was appropriate to taking the concerns of the poor in sustainable development, Modi said.

Modi also used the UN platform to stress the need to reform the Security Council, seven decades after the body was constituted at the end of the Second World War. “We must reform the UN and the Security Council. This is essential so that the institutions have greater credibility and legitimacy. With a broad-based representation, we will be more effective in achieving our goals,” Modi said.

To drive the message home, Modi invited Brazilian President Dilma Rouseff, German Chancellor Angela Merkel and Japanese Prime Minister Shinzo Abe to a summit level conference of the G4 countries pushing for the reform of the UN Security Council. The four countries support each other’s candidature for permanent membership of a reformed UN Security Council and, in a joint statement, sought such reform “within a fixed time frame”.

This is the first summit of the four countries in a decade and comes against the backdrop of the previous 69th UN General Assembly deciding earlier this month to begin negotiations based on a broadly agreed text on reforming the Security Council. “With this summit, I think the prime minister has underlined this as a key foreign policy objective,” Mansingh said.

Modi’s last few engagements on Monday include a meeting with President Obama in New York and a separate meeting of countries that send troops for UN peacekeeping missions.

Elizabeth Roche….www. livemint.com

Natarajan

It Was Mangalyaan’s First Birthday, and ISRO Celebrated It with a Mars Atlas….

To celebrate the completion of Mangalyaan’s first year in the orbit around Mars, ISRO has released a Mars Atlas which is a compilation of all the amazing pictures and data collected from the red planet so far.

The Mars Orbiter Mission spacecraft, which entered the Martian orbit on September 24, 2014, has completed one year of its life around the red planet.

Marking the first anniversary – the day on which India created history by successfully placing Mangalyaan in the orbit around Mars, the Indian Space Research Organization (ISRO) has released a commemorative Mars Atlas.

mars atlas

Source: isro.gov.in

“With the launch of Mars Orbiter Mission (MOM) on 5th November 2013, India has ushered a new era of planetary exploration of Mars and its environment,” says the introduction in the atlas.

It is a compilation of many spectacular images obtained by the Mars Colour Camera (MCC).

mars atlas1

In this past year, all five payloads of MOM have collected a large set of data, and all of it is a part of this scientific atlas.

“The images from MCC have provided unique information about Mars at varying spatial resolutions. It has obtained Mars Global data showing clouds, dust in atmosphere and surface albedo variations, when acquired from apoapsis at around 72000 km. On the other hand high resolution images acquired from periapsis show details of various morphological features on the surface of Mars. Some of these images have been showcased in this atlas. The images have been categorized depending upon the Martian surface and atmospheric processes,” said the official ISRO release informing about the atlas.

The atlas has been released by the Space Applications Centre of ISRO in Ahmedabad. It provides a lot of information in vivid detail, explaining the different features of the red planet such as its craters, moons, volcanic features, tectonic features and more. And all of it is accompanied by Mars’s brilliant pictures.

The MOM spacecraft, which was designed, built and launched in just two years, has five scientific instruments to record five different aspects of the planet. These include the geology, morphology, atmospheric processes, surface temperature and atmospheric escape process.

While the Mars mission was initially planned for just six months, it is now expected to last longer. The ISRO chairman, AS Kiran Kumar, recently informed that the mission can last many years because they have not seen any failures so far, and about 35kg of fuel is still left in the spacecraft.

Happy first birthday in space, MOM!

You can download the atlas here.

Source…. Tanaya Singh ….www.the betterindia.com

Natarajan