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The Asian Entrepreneurship Award was set up to reward and encourage young entrepreneurs who make the best use of technology and creativity to solve various problem. This award was introduced by the Japanese government in 2012, and since then the award function brings big and small, private and public enterprises, government and educational institutions together in one single frame to propagate a transformation in Asia. AEA aims to construct an ecosystem which will bring innovation to the entire world. It is a platform which help young entrepreneurs from all over the world to meet and inspire each other.

The AEA 2017 event is co hosted by Mitsui Fudoson, The University Of Tokyo, TX Entrepreneur Partners General Incorporated Association, and The Japan Academic Society for Ventures and Entrepreneurs.

Previous Winners

Among the past winners of this award are some well known names:

  • Clearbridge Bio Medics Pte Ltd (Singapore),
  • Connexx system corporations,
  • Cyfuse BioMedical K.K (Japan)

For the 2017 ceremony, being held in Tokyo from 25th october to 27th october, Claro energy has also been nominated for the AEA. This in light of the significant change that Claro Energy has brought about in the lives of rural farmers. We have been committed towards changing the rural landscape in water-scarce areas through innovative steps to improve the sector and its economy, through sustainable means. The company started in 2011 with the goal of providing irrigational facilities based on renewable energy to farmers, and replacing expensive traditional methods of using diesel powered pumps. In the past 6 years we have deployed over 7000 pumps across 15 states of India.

Like ourselves, there are many other promising entrants this year who have done a remarkable work in their respective fields and brought effective change in the world.  

Below is a list of other 5 finalist with whom we will be vying for the AEA this year for their exceptional performance:

 

Beijing Qingfan Yuanhang Networking Technology Co. Ltd.

CEO: Wenzhu Zhang

Qingfan provide mobile innovation management tools and solutions for innovative organizations. By crowd sourcing projects, contest/competitions and workshops, an organization can leverage social power to solve problems and build a highly engaged innovative community. By community based innovation, the cost can be reduced by up to 30-50%.

Webgears WGT

CEO: Larisa Dydykinka

Webgears is a software technology company focusing on novel web-based 3D graphics for industrial applications, and gaming. Our product is a graphics engine, which lets our clients extract significantly more value from 3D models and interactive 3D graphics by almost eliminating hardware requirements and moving interactive 3D content to the cloud

ViSenze(Singapore)

CEO: Oliver Tan

 

ViSenze powers has created an image recognition for the retailers and enterprises. The company making the best use of technology has created a highly optimized visual solution for retailers which makes it easier for the consumer to find things they are looking for using only images. Leading retailers like H&M, uniqlo japan, SEARS use ViSenze for enhancing their shopping platforms. Major shopping sites like adidas, ASOS, Rakuten ichiba also use ViSenze. Media companies like Singapore press holdings use ViSenze. This is officially supported by mastercard.  A venture backed by Rakuten and WI harper and by National University of Singapore in 2012 by web entrepreneurs and computer enthusiasts, the company aims to make people come face to face with the visual world.

Qubit Security

CEO: Seung Min Shin

 

It is a professional information security company. We have been exceedingly studied ‘hacking’, and developed real-time hacking detection cloud platform ‘PLURA’ for the first time in the world.
They have changed the paradigm of security based on Big data analysis, machine learning, the largest scale of security log database in Korea, and real-time hacking detection technology.

Beijing Quality Technology Co., Ltd

CEO: Shaoxin Wang

Beijing Quality Technology is a company which offers smart air purifying solution based on AI and IoT technology. Currently, they have developed a small-scale AQI forecasting system based on big data and machine learning, a  smart air purifier and a corresponding app were also developed. they also build a SaaS platform for EM, CRM and data analysis.

 

AEA provides a platform for all these aspiring companies to come together and inspire each other to make this world a better and a healthier place to live.

 

Agriculture is the largest as well as the most important professional sector in India. About half of the country’s population is dependent on the agrarian sector for employment but the whole nation is dependent on agriculture for food, the fundamental element for survival. Nowadays the occupation of farming is facing many practical challenges, some that are forcing farmers to live an economically imbalanced life. A major part of the blame for this situation can be put upon the cost of irrigation in the country. The expensive nature of non-renewable power sources (like petrol and diesel) which are used in crop production processes, especially to power pumps for irrigation, is the major reason for farmers’ financial struggle. Farmers use up most of their earnings in the frequent purchase of petrol and diesel. This burns a major hole in farmers’ pockets.

One of the solutions to deal with this issue is by switching over to renewable sources of energy to power irrigation. Solar pumping is one such method. Solar pumps are less expensive and are also easy to maintain. A one time investment provides long term benefits to farmers. These pumps only require a good amount of sunlight to work, thus saving a lot of money for farmers. They are environmentally friendly and do not pollute farmers’ habitats.

The Government of India has undertaken a number of measures to improve the conditions of farmers, especially to help them switch to solar. This includes subsidies in the purchase of solar pump sets, exemption from excise duties for solar and concession on equipment used to set up solar apparatus. Apart from this, a 30% subsidy is given to general category states and 70% to special category states, in the purchase of solar.

Despite these leg-ups, though, the farmers’ lifestyle remains unchanged. TO understand why, we have categorized the issues among the following points –

A few of the hurdles faced by farmers in switching over to solar energy:

– Although India is the second largest irrigated country in the world, only about one third of cultivable area is currently under irrigation. Irrigation forms the fundamental on which crop production is based especially in a place like India where rainfall is uncertain and unreliable.

– Farmers are unable to switch over to solar pumps or panels because primarily they are unaware about the benefits. They have no understanding of the working of the system, or about its sustainable nature.

– Small scale farmers, despite all the subsidies and schemes, are still not able to afford solar panels and pumps because they don’t have the money to make the one time investment required to set up the solar pump system. Their loans are also not easily approved because they do not possess any entity to put up for mortgage.

– The farmers residing in areas which receive a huge amount of rainfall, and do not experience too many sunny days, feel that even if they get solar pumping systems installed for their farming, it will not be much beneficial for them.

– The aged farmers have placed their faith in traditional methods of farming and do not want to look at anything beyond those. Convincing them about the harmful effects of using fossil fuels is far harder than may seem on paper.

– Because of a lack of education, many farmers are unable to understand the working of renewable energy technology – a basic understanding is needed for getting a good insight into the benefits, both financial and environmental, of this technology.

These problems of the farming system are not easy to solve. One characteristic of the current solar pumping systems could be changed to facilitate solutions for most of these problems – mobility.

  • Making solar pumping sets mobile could help small scale vendors or farmers carry out their work in a more economical way. Mobility would pave the way for Solar Water Pumping sets to be used on a sharing, pay-per-use basis. They will become much more cost effective.
  • Most static solar pumping sets lose out on a lot of potential energy generation because there is only so much water that a farmer will need for irrigation in an entire year of cultivation. Thus, making a solar pumping set mobile could prove to be an efficiency boosting move for solar pumping usage. The pump set could reach any particular location based on demand, and then over on to the next requirement request after completing its work at a particular location. Any customer would pay only according to the energy they have used – economical as well as useful.
  • Unlike static pump sets, the farmer will be able to compare the cost of using mobile solar pumping solutions to that of  renting a diesel pump set for the same duration. This gives the farmer a more realistic and clearer price comparison, as against that of the long term investment demanded by a static solar pump set.

A solution like this could not only lessen the burden from the farming system, but could also help in fighting problems like farmer suicide. It could be a positive offset for financial conditions, bad crops and failed monsoons.

 

 

    image source

The Indian Supreme court recently imposed a ban on the sale of firecrackers within the Delhi National Capital Region. Earlier in 2016 around the period of Diwali celebrations, Delhi, along with some places in China, was recorded to have the world’s worst air quality for human living. One of the reasons cited for this was the bursting of firecrackers. Diwali is one of the most popular festivals in the country. According to Hindu texts, it marks the comeback of Lord Rama to Ayodhya, and also marks the Hindu new year – these events are celebrated with pomp and show, and generally, involve bursting of firecrackers too. New Delhi already deals with the problem of air pollution from extreme automobile congestion and is the 11th most populated city in the world. Lower temperature and lower winds were recorded after Diwali last year, which proved that pollutants that remained in the air would not have dispersed. This was what came to be known as the great smog of Delhi. To avoid such extreme pollution once again the Supreme Court passed a verdict to put a ban on the sale of firecrackers around the Delhi National Capital Region.

 

How exactly do firecrackers contribute to polluting the environment?

A firecracker is a small explosive device which when burned produces a loud noise along with colorful sparks. It is made up of many harmful chemicals and produces harmful gases when burnt which dissolve in the atmosphere and add to its contamination.

Below are a few components which make firecrackers responsible for Air pollution and respiratory issues:

Chemicals present in a firecracker:

Sulphur nitrates, magnesium, nitrogen dioxide are involved in the making of crackers. These prove to be hazardous for our respiratory systems and can cause serious ailments like asthma, lung cancer, shortness of breath, and many other respiratory diseases.

Explosives:

Among the components which are responsible for cracker explosion is included Antimony sulfates, which are also used in producing the head of safety matches, military ammunition and which is even suspected to cause cancer. Mercury fulminate is a primary explosive, also used in cracker production, which is sensitive to friction, causing heat and shock to the people around. Arsenic, which is inflammable in nature but is bad for the atmosphere, is also used. Lead is found in larger crackers, and lithium, which is a flammable substance used to produce explosions, is also found in many crackers.

Different types of powders involved in manufacturing:

Flash powder, cordite, smokeless powder, or black powder are a few of the ingredients involved in the manufacture of crackers, which again cause health issues for both animals and humans.

Smog:

During Diwali, the amount of smog in Delhi increases by 30% due to the bursting of crackers.

Elements like sulphur, cadmium, copper, aluminum, and barium produce resonant colors when ignited along with a huge amount of smog and gases. Nitrous oxide remains in the air for a long time if the city does not get enough rain or strong winds. The great smog of Delhi in 2016 is the greatest example of such a phenomenon.

Anurag Aggarwal, a Delhi based scientist at CSIR Institute of Genomics and Integrative Biology compared the situation of the Indian capital to the London smog of 1952 and said that it could have caused almost 4000 deaths.

image source

Below is a list of the salts used to produce particular colours.

Salt Substances Colour
Strontium Salts Nitrates, carbonates, and sulphate of strontiums ·             Red colour
Calcium Salts carbonates, chlorides, and sulphates of calcium ·    Orange colour
Barium Salts Nitrates, Carbonates, Chlorides, and Chlorates of barium ·    Green colour
Copper Salts Carbonates and Oxides of copper ·    Blue Colour
Combination Copper and Strontium ·            Purple Colour
Metals Magnesium, Aluminum, Titanium o              White Color

 

Noise Pollution: Cracker bursting not only affect the environment but it also paves way for noise pollution. The big bangs, whizzing whistles, and the thunderous sounds are no good for ears. It contributes in scaring the animals away in a very inhuman condition. Animals cannot communicate but the way these loud noises frighten them is very saddening. For example, dogs get confused on hearing these noises and seeing these lights changing in their surroundings which can be fatal for them. This sound is not even good for infants and pregnant women.  The presence of aluminum, sulfur nitrate enables a cracker to produce loud sounds.

Water pollution: That’s right. Fireworks do cause water pollution as well. Many times people conduct such activities near water bodies because they want to avoid fire accidents but they end up polluting those water bodies instead. The compounds present in the cracker dissolve in the water making it poisonous and unfit for consumption, and also killing off aquatic animals.

Fire Accidents: Fire accidents are common in markets during Diwali. A small spark is enough to set fire to anything. Even Bollywood has shown some of the worst fire accidents caused by crackers e.g. in the Movie Vivaah, starting Shahid Kapoor and Amrita Rao in lead roles, we saw how a single blaze of fire burnt down their whole house and caused serious burns to the female protagonist. Children, while paying crackers often get injuries and burns.The Indian Express newspaper reported more than 290 fire accidents during Diwali last year

Why risk your life for momentary fun?

Garbage Problem: Under the Scheme of Swachh Bharat Abhiyan, the Indian Prime Minister Mr.  Modi has encouraged the citizens of the nation to walk on the path of cleanliness, but the bursting of crackers leaves the whole nation dirty and full of garbage. A day of fun makes sweepers work with extra effort for the next 10 days to clean their designated localities.

Looking at these problems we can say that although bursting crackers is a popular tradition among us, if we look at the bigger picture then we can say that the step taken by the Supreme Court of India in posing a ban on the sale of fire-crackers, is more beneficial to us in the long run. After all, as they say ‘Health is wealth’.

 

Wish you all a very happy and safe Diwali.

Written By: Manaswita Sachdewa

Edited By: Anirban Banerjee

We are pleased to announce that Claro Energy has been nominated for the Asian Entrepreneurship Award 2017. The award function will be held in Tokyo from 25th October to 27th October. This is yet another step for our fight in tackling critical challenges to enable successful agriculture through sustainable solutions.

About AEA (Asian Entrepreneurship Award)

AEA works to attract young entrepreneurs who use ingenuity and technology to take on challenges from the high-growth Asia region. From large private companies to business incubators, AEA aims to form an ecosystem that brings industry, government and academia together as one to generate innovation in Asia. It also  aims to bring Asian innovation to the world.

Among the co-hosts for 2017 AEA are MITSUI FUDOSON, The University of Tokyo, TEP, JASVE.

AEA is a great platform for young entrepreneurs, getting together with peers from around the world to learn from and inspire one another.

Why are we nominated?

Claro Energy has been nominated for its innovative steps, commercial viability and the social impact that it has been bringing in the lives of people. We have been trying to disrupt and improve rural agriculture with renewable energy, and we have the potential to expand and bring about changes in the economy and society.

Important Links: http: //aea.events/e/about-aea_2017/

Claro Energy

 

 

 

 

 

 Claro Energy has a clear purpose in mind i.e to help companies recognize the importance of having sustainable energy sources to power their activities. Not only is this more economically viable, it goes a long way in fighting global warming.  Organizations can now meet their energy needs in a clean, green and smart way. Moving ahead with this vision, Claro Energy recently installed solar rooftop systems at the office of Hemant Engineers, in Anand district, Gujarat.

Project Overview

Hemant Engineers are based in Vitthal Udyog Nagar, an industrial zone in Anand. Their operations, though, are spread across the whole country as well as overseas. Hemant Engineers, promoted by Mr. Hemant Kashikar in 1981, fresh out of college, has made its name in the field of Roller Mills, Conveying systems, Air Pollution control systems and particle sizing systems, with applications in processing minerals like Bauxite, Bentonite, Coke, Coal, Dolomite, Marble, Phosphates, Soapstones etc.

The installed project system size is 16 KW, capable of generating 20,000 kWh of energy. Modules used were of the Waaree make  (320 Kwp-50 Nos) and Inverter used was a Fronious Symo with 15 KW of capacity.

Challenges & Solution

The major challenge faced was in getting the modules onto the roof. The labourers had to be extra cautious while hauling the modules up as any error would end up damaging the modules. However, under the able supervision of Mr. Raghawendra Pathak, (one of Claro’s most hardworking team members) they were able to get all the 50 modules up on the roof and the entire installation was completed within 2 days.

Impact

Hemant Engineers, through this rooftop installation, now has access to a 16KW power plant that provides reliable, green and sustainable energy. The rooftop solar power plant will produce about 20,000 Kwh of electricity translating into a financial gain  of Rs. 1.4 Lacs annually. This solar plant has added renewable energy to Hemant Engineer’s energy mix and will cut down about 10 tonnes of CO2 emissions every year.

This project demonstrates the potential of solar power,which can be harnessed using idle rooftop space to generate energy and reduce an organization’s carbon footprint.

We would really like to thank Mr. Hemant Kashikar for realizing the importance of clean energy and making a switch towards sustainable development. We are also grateful to Mr. Amit Magnani from Lucidus Energy for helping in executing the  installation of the project seamlessly.

Get in touch with us to deploy Rooftop Solar solutions for you. Get a 30% subsidy by contacting us NOW!
Contact  Mr.  Amit Magnani on +91-8160754324
Email: rooftop@13.233.214.20
Introduction

Badakudar, is a village in Jamankira block of Sambalpur district, Odisha, with a population of 200 people. About 25 families reside in this area. The village is led by the Gram Panchayat called SIRID. The infrastructure here is so badly underdeveloped that the village does not even have roads. People have to cross a river in boats to go to the other side of the village.

Problem Areas

Despite having grid connectivity, electricity is very irregular in this area. The population here mostly comprises daily wage earners, laborers, woodcutters and many other such people who are involved in small scale activities. Village people, including children, have to stand in large queues in order to fetch water because there is only one hand-pump available for about 200 people. Sometimes not even all the people standing and waiting get access to water. After waiting for long, people only get a bucket of water for each family, just enough to suffice their drinking needs. For other purposes like bathing, washing, cleaning etc, the villagers have to use river water, which is often not as clean as one would expect. As a result, the villagers have to stay unclean for days. Apart from this, standing in the scorching heat for a long time is further detrimental to their health.

Solution & Impact

 

 

Claro energy has had the chance to work for the upliftment of this village. We have been working to ensure a proper supply of water to this area, to at least cater to the villagers’ basic needs. Claro has installed hand-pumps in the village and people no longer have to wait for hours in long queues to fill their buckets. The pumping system has also enabled them to store water in tanks for other purposes. The villagers no longer have to use river water, and have proper sanitation across their homes. This has prevented them from falling prey to bad health and diseases. In fact, access to clean water has exponentially improved general health in the area. Claro energy has ensured that every resident has access to a 24X7 water facility.

 

Jaigoor, is a village in Bhauramgarh block of Bijapur district, Chhattisgarh.  It has a population of barely 200 people. This village has, for many years, been in the line of fire of violent Naxalite activities. Due to the continuous gloom of impending violence, the opportunity of progress has been scant. This village displays the complete picture of backwardness. It is mostly inaccessible, with no roads and failed infrastructure. The villagers have to cross thankless hilly terrain in order to commute between nearby spots. In fact, the threat of violence and lack of road connectivity impedes the generation of better employment facilities. Villagers are stuck with manual labour operations like wood cutting, carrying heavy loads, and other forms of daily wage earning activities. The government has taken steps to provide Ration for the people and a few schools have also been built  for the village children. However, the situation in the region makes it difficult for the people to send their kids to school.

 

 

The village also has to deal with prevailing water scarcity – only two hand pumps are installed for the population of 200 –  making it near impossible for every household to get an adequate supply of water. Apart from this, due to the the continuous and unpredictable rebel conflicts, when these pumps get damaged, no one is ready to visit Jaigoor to fix them. The threat to life is such a realistic impediment in lives of the villagers. They do not get adequate water for drinking and for other basic sanitation and cleaning purposes, which forces them to live in an unhygienic situation where they even go many days without washing their clothes, bathing etc. As a result they deal with skin problems and other ailments.

 

 

Claro Energy had been assigned to set up water facilities in this region. We have been involved at the ground level and have done our best to contribute to the well being of the people residing here. The project required installing a 6 meter high solar pump, which in case of damage will be repaired by Claro’s area service team. People of the village now have 24×7 access to clean water supply. Their daily water needs are now taken care of. 

 

 

Not only are everyday basic needs taken care of, water can now be stored for future usage in water tanks, also provided and set up by Claro. The people no longer have to spend their entire day waiting in line to fetch a few litres of water.

Access to clean drinking water is a basic right of every human being, and, as goes the saying, without water there is no life. Claro energy, in all its projects, ensures that no person is denied of this basic right.

 

Pavagada is a small town in Tumkur district of karnataka, where a 2000 MW capacity solar park is being set up. The project is currently under development and is expected to be completed by 2018. The park is said to be the world’s largest solar park, occupying 12000 acres of land space. The project was commissioned in June 2017 and is one of the most significant projects in the state’s history. Karnataka has become a role model for rest of the Indian states by incorporating massive development in the solar energy, which not only combats pollution but also develops the region entirely.

Pavagada was chosen as the site for this remarkable project because it is located 180 km from Bengaluru and is attached to the border of Andhra pradesh. It is blessed with abundant sunshine during most parts of the year – the sole need for setting up any photovoltaic system. Pavagada is one of the most backward areas of Karnataka and it has been declared drought hit more than 50 times in last seven decades. Water scarcity has resulted in withering away many crops every year, resulting in poor earnings for the farmers. Establishing a solar park here will result in solving many of problems of this region. Even employment opportunities will increase and it will promote better farming facilities in the region. The solar park could yet generate 4000 jobs for the local youth.

 

A live report from Mint states that “ the aim of the government is to generate around 2700 MW from Pavagada solar park by the end of 2018”.

The first phase will be ready by December 2017, which will generate 600MW. This project is jointly ventured by Karnataka Renewable Energy Development Ltd and Solar Energy Corporation of India.

The Karnataka Solar Power Development Corporation Ltd was formed to keep a check on the functioning of this project. The park is also sponsored and co developed by MNRE (Ministry of New and Renewable Energy) and the state government. The project will boost the creation of many small scale industries, hotels, real estate and many more. After its completion, the park will be one of the largest solar parks of the world.

 

 

India is on the verge of becoming one of the largest solar markets and to make this dream come true, every state of the country will have to take measures. Many such programmes are already established like Bhadla solar park in Rajasthan, Kamuthi solar power project in Tamil Nadu, Charanka solar park in Gujarat, Sakri solar park in Maharashtra, Welspun solar project in Madhya Pradesh, Dhirubhai Ambani solar park in Rajasthan. Apart from these, upcoming large scale solar collaborations are the 750 MW solar power plant in Rewa district of Madhya Pradesh, Kurnool ultra solar power plant, Ananthapuram ultra Mega solar park. All these ventures are helping to establish the country as a world leader in solar power.

 

Dussehra is one of the most popular festival of Hindu Tradition. It marks the Death anniversary of Ravana. It is also known as Vijayadashmi, celebrated at the end of navratri each year. It also accompanies with the celebration of Durga Puja which is one of the most loved and famous festival of bengalis. Dussehra is celebrated on the tenth day of navratri. It is celebrated to mark the victory of Lord Rama over the demon Ravana. It signifies and proves the power of good over evil. Every year during durga puja and Dussehra, people across the country make idols and immerse them into various water bodies which pollutes the water bodies and the idols of Ravana are burnt which leads to air pollution.Usually these idols are made up of harmful materials which contaminate the water and air. Material such as toxic chemicals, Clay, paper, Plaster of Paris, cement, plastic, unnatural paints etc get submerged with water and while burning harmful gases are produced which travel through the air and are inhaled by the people and cause damage to them.  All these substances pose a threat to aquatic life as well as human lives. They reduce the oxygen level of  water and increase the acid content in it. It also becomes the cause for health hazards like skin infections, Breathing problems etc. The event is celebrated to showcase a huge amount of gratitude to our beloved gods but knowingly or unknowingly in the name of celebrations we humans destroy our own lifeline. Even the God himself will be dejected to see such kind of pollution and will not be able to forward us the blessings.

 

Eco friendly ways of celebration should be promoted.

Celebration will become more happy if we take good care of our surroundings. So here are few ways in which Dussehra and Durga Puja could be celebrated without constituting harm to the natural world:

 

  • MUD : Idols made up of mud will be easy to make as well as easy to submerge under water. Also Mud will dissolve fully and completely  inside the water and within few seconds without harming the water bodies.
  • COW DUNG: In 2017 Idols made up of cow dung are gaining popularity because dung is a renewable source which  will take the shape of manure under water and definately will be healthy for underwater plants. It will have a spiritual effect and will  make the gods joyful because “cow” in India is served as a mother.
  • Herbal colours:  Herbals colours also dissolve completely under water plus they can give people a very bright, beautiful and harmless idol of Goddess Durga.
  • Banana leaves: Banana leaves will give a mesmerising shape to the idol of Goddess Durga because of the beauty of its colour and will easily float with water.
  • Petals: Flower petals are the products of nature itself so they will not pose any ailment to the natural abode and will easily float away with water. They might also become food for some aquatic animals.
  • Candy wrappers: In last few decades this way has been very popularized because of its Eco friendly nature and creativity.
  • Ban On Toxic Materials: Plaster of Paris, toxic paints etc should be banned because they reduce the amount of oxygen in the water bodies killing aquatic life, turning into health hazards for human lives and generate harmful gases which pollute the water bodies. All these materials should be banned.
  • Refrain from Noise Pollution: use of low sound music instruments like tabla, mridangam, acoustics, flutes etc could be used instead of loud music, speakers, drums etc.
  • Artificial tanks : Artificials tanks could be used instead of large water bodies, ponds, rivers and lakes etc for the process of immersion.
  • Various other Natural ways: Coconut husks, spices,chocolate, alums, pulses, sugarcane,marbles etc should be used for making idols.

There are many initiatives taken by the government to reduce pollution caused by this festival.

Goa pollution control board along with Goa handicrafts, rural and small scale industries development pvt ltd conducted a joint inspection to check the materials used in making up of idols. The use of Pop declined to 0.67 percent in Goa this year. Delhi government also demarcated specific areas of immersion of the idols.Lieutenant governor of Delhi advised and Eco friendly festival this year. The city of Kolkata is the largest buyer of idols and the festival is most popular in Bengal , the Government there also took steps towards Eco friendly celebrations.

Goddess Durga will be happiest to witness his disciples taking care of the natural gifts of nature along with celebrations.  

 

Written By: Manaswita Sachdeva

Edited by : Anirban Banerjee

 

Claro Energy

As we already know, Solar Energy is one of the most reliable sources of renewable energy available to us today. The world is currently racing to make this technology widespread, especially with the ever looming threat of global warming. Renewable energy, which has minimal to none carbon footprint, is essential to make our world and our environment a better and healthier place to be in.

Solar panels generate electricity using the radiation emitted by the sun. When such solar panels are fitted onto the top of a building, they are known as rooftop photovoltaic system power stations. Such systems are especially helpful for mid to large scale residential and commercial buildings.

All this should make us eager to install Solar Rooftop systems in our own residences or other properties. But before you take the leap,

Read these 10 things you must know about solar rooftop systems:

 

1. There are 3 Types of solar rooftops

  • Monocrystalline – cells are cut from an ingot grown from a single large crystal of silicon. These panels are generally more expensive and space efficient.
  • Polycrystalline – cells are cut from an ingot made up of many small crystals of silicon. These are less expensive and have slightly lower heat tolerance.
  • Amorphous – a thin small solar cell. These are thin, small panels made up of several layers of photovoltaic material.   

2. Raw materials used to make solar panels

  • Sand, silicon, ingots, wafers, and finally, solar cells are used to make solar panels.
  • Silicon is found in sand, mainly in natural beach sand, which is abundantly available. Converting sand into silicon is the most important and foremost step.
  • Ingots are cylindrical shaped, melted compounds which we get from silicon rocks. When ingots are sliced into thin disks, we get wafers.
  • Solar cells are formed by coating wafers with metal conductors capable of capturing solar rays and converting them into electricity, and then solar cells are joined together to form a matrix like structure called solar panels.

3. Why silicon is the most important raw material used in making solar panels:  

Silicon is one of the best conductors of heat and is the second most available element found on earth. It has a spectrum-like structure and is able to capture a large amount of radiation. It has now become a well studied element in the circuit industry and is known to be a reliable compound.

4. No Pollutants involved:

In the process of energy production, solar panels do not emit any kind of harmful greenhouse gases and do not use any component which is not readily available – neither air nor water but only sunlight.

5. Solar statistics of India:

According to a report by India Today,  India has a installed capacity of 12.2 GW as of March, 2017.

In march 2017 India had installed 12.2 GW of utility scale solar. India is currently set to become the third largest solar market in the world. The bridge to India report conveys that India’s clean technology market is expected to touch 18.7GW by the end of 2017 which is about 5% of global solar capacity.

6. Time-span:

Sunlight takes approximately 8 minutes to reach the earth and a few seconds to come in contact with solar panels. Solar rooftops will not even make its customers wait for hours to generate electricity.

7. Types of solar cells used in rooftop panels:

There are two types of solar cells used in rooftop panels.High watt solar cells reduce the number of cells required in a panel and also reduce initial cost. On grid system cells are used more in urban areas, and are cheaper too, which also helps the consumer to become the producer of the energy indirectly.

8. Capacity of production:

1KWp of panel will produce 1400 – 1600 units per year i.e. about 4% KWp per day in places with tremendous amount of sunshine. The average is calculated over a year. The electricity generation at individual days will depend on the location and will vary with change in atmospheric conditions.

9. Space efficiency:

The setting up of rooftop panels require a shade free area and panel efficiency will hold a significant importance in determining the space needed to set up the panel. The efficiency of the panel can be calculated with respect to the area occupied by the panel. Panels with low generating efficiency will require a larger space while the panel with higher efficiency will require less space.

10. Appliances supported by solar rooftops:  

Every Appliance which requires electricity is supported by the power generated through solar rooftops. Air conditioners, coolers, TV, heaters and many more. The set-ups are for both commercial and residential buildings.

Solar energy is one of the most effective ways to save the environment as well as reduce nerve-wrecking electricity bills. Installing a solar panel will not only show human contribution towards Planet Earth but will also be beneficial for our own lives. All over the world people are shifting towards solar rooftops and the above mentioned pointers are all you need to know why.  

Written By: Manaswita Sachdeva

Edited By: Anirban Banerjee