Visol India Blog | Solar Panel Installation Company in Mumbai

Solar Panel Installation: A Step-by-Step Guide for New Construction

Due to its high carbon emissions and increasing energy requirements, the building industry is responsible for 40% of yearly greenhouse gas emissions. Solar panel installation for new construction is a sustainable way to solve these issues and promote a net-positive global economy. This revolutionary, sustainable technology can generate green energy on rooftops. Visol India offers solar panel installation for homes. Almost any industrial structure, including high-rise buildings, stadiums, residences, bus stations, greenhouses, and industries, can install solar panels. The broad adoption of this green energy-generating technology could speed up the solution to the escalating climate issue. Visol India – a solar panel installation Company in Mumbai, provides solar panel installation services and solar panels that can be incorporated into rooftops. Customization, often considered as a crucial component of materials, is an additional advantage of these solar solutions because solar panels are fully adjustable and customizable. Solar rooftop panels are set up and modified per the respective residence requirements. What to look for when installing solar panels in residencies? There are numerous articles available online that prove how solar panels are a future investment and can cut electricity bill costs. In fact, in the G20 Summit, our respected Prime Minister Narendra Modi also specified India’s aim to achieve net zero emissions by 2070. There are “solar ready” design rules that may simplify the process for everyone, whether you’re a builder trying to design a home ready for solar or a property owner currently building. Your roof’s height and orientation The best roof directionand orientation for solar panel installation is one that faces south and is tilted between 30 and 45 degrees. Their placement’s orientation influences the performance of the solar panels. Solar panels work best when facing south because this is where they receive the most sunshine. Directions to the east

Chandrayaan’s Solar-Powered Success: How Solar Energy Fuels Lunar Exploration

India’s Chandrayaan-3 has now successfully landed on the south pole. ISRO’s lunar mission has taken an inventive approach to maintaining the spacecraft’s power-consuming systems in the space vacuum, where conventional power sources are constrained. In this situation, ISRO has used solar power panels, specifically space-grade solar panels, designed to absorb sunlight and transform it into electricity, creating a dependable energy supply that keeps the spaceship alive and functional. High vacuum and radiation make space an unforgiving place to survive. Creating India’s moon exploration mission entails rigorous planning, design, testing, analysis, and review because there are no options for in-situ repairs. It is a real case of “rocket science” that needs a team of experts to collaborate closely with project execution teams to create solutions for the Chandrayaan 3 launch. For this solar power project execution for Chandrayaan-3, URSC (U R Rao Satellite Center) and Vikram Sarabhai Space Center contributed significantly. The satellite’s electronic subsystems are powered by solar panels’ energy and stored in batteries. URSC power system engineers made proper power-generating and distribution systems. As per ISRO’s report, Chandrayaan-3 received solar panel substrates from VSSC. Complex communication subsystems connect Chandrayaan-3’s different modules and the ground station. Communication engineers designed, tested, and delivered sophisticated communication subsystems, which serve as the link between various modules of Chandrayaan-3 and the ground station. Chandrayaan-3: Solar Energy and Landing As per the Indian Space Research Organisation (ISRO), they planned the soft landing based on when there is sunlight. They did this because of the attached Solar Panels for Lander. The leader of ISRO, S Somanath, explained that these extra solar panels will ensure the Lander can produce power regardless of how it lands. The sunlight was essential for landing. That’s why ISRO’s scientists choose to land according to sunlight. It’s necessary for the daytime to

Reducing Carbon Footprints: How Solar Power Panels Benefit NAAC Institutions

As the world grapples with the urgent need to combat climate change, educational institutions are increasing their efforts to adopt sustainable practices. Eco-friendly solutions like solar power are gaining popularity among higher education institutions to get accreditations from accreditations bodies like NAAC (National Assessment and Accreditation Council) institutions, All India Council for Technical Education (AICTE), National Board of Accreditation (NBA), and Bar Council of India (BCI). Solar panels offer a plethora of benefits, ranging from reducing carbon footprints to instilling a sense of environmental responsibility among students and staff. This blog will explore how solar power panels positively impact accredited high schools, colleges and universities and contribute to a greener future. 1. Clean and Renewable Energy Sources In sharp contrast to traditional fossil fuels that release greenhouse gases into the environment, solar power is direct energy from the sun, utilising a clean and renewable resource. High schools can significantly reduce their dependency on non-renewable energy sources by installing solar panels, making a significant dent in their carbon footprint. Visol India offers solar panel installation services in Mumbai to reduce the use of non-renewable energy sources in educational institutions. 2. Lower Operational Costs One of the most immediate advantages of solar panel solutions for NAAC institutions is the potential for substantial cost savings. Once installed, solar panels generate electricity without incurring ongoing fuel costs, providing a long-term solution for reducing electricity bills. The financial savings achieved can be redirected to educational programs and infrastructure development, enhancing the overall learning environment. Several solar panel installation companies in Mumbai are affordable on a commercial level with a total capacity for cost-effectiveness. 3. Environmentally Conscious Campus By embracing solar panels for colleges, educational institutions can set an excellent example for their students and the wider community and can attain accreditations from

Understanding The Cost of Solar Panels Installation: Is It Worth The Investment?

Solar Panels for Commercial and Industrial buildings in Mumbai could turn out to be beneficial investments for Indian businesses. When considering if solar panel installation is cost-effective, keep the following points in mind: 1) Money Saving Solar Panels can greatly reduce electricity bills for commercial businesses. Because of India’s geographical position, India has abundant sources of sunlight throughout the year, making solar panels highly efficient. By generating electricity, companies can reduce their dependence on grid power and avoid rising electricity costs. 2) Return on Investment (ROI) The ROI for solar panel installation in Mumbai can be attractive. With the decreasing cost of solar panels solution in India and Indian government tax incentives like Accelerated depreciation, Tax Exemptions, GST Benefits & RPO (Renewable Purchase Obligation), the payback period for commercial and industrial solar installations has reduced significantly. Considering the initial investment, available financing alternatives, subsidies, tax advantages, and anticipated savings during the solar panel’s lifespan, evaluating the project’s economic feasibility is important. 3) Environmental Benefits Solar power is a green, sustainable energy source that helps minimize carbon emissions. By adopting solar panels for factories in Mumbai, commercial businesses and factories can establish their commitment to sustainability, environmental responsibility, and corporate social responsibility (CSR). This can enhance their company image and attract environmentally conscious customers. G20 Summit’s decisions can heavily influence the regulatory environment for businesses, like policies related to carbon emission standards, Carbon pricing, and targets for renewable energy. Governments may enact stricter regulations and incentives to encourage companies to reduce their carbon footprint. These decisions can create challenges and opportunities for businesses operating in different industries, depending on their level of emissions and preparedness for the transition to a low-carbon economy. 4) Energy Security and Reliability Visol India provides cost-effective solar power plants for industries in Mumbai; by installing solar

Carbon Emission- Analyse, Calculate, Reduce

As industries are increasing, we are consuming more and more non-renewable resources on a higher scale. Not only that, very few industries are taking initiative for the environment and our resource consumption. According to ACS Publications (American Chemical Society), research ‘Options for Achieving a 50% Cut in Industrial Carbon Emissions by 2050’, by 2050 industrial demand for steel, cement, plastic, aluminum, and paper will be doubled. India’s Prime Minister Narendra Modi has declared that the nation would have zero carbon emissions by 2070. India is also going to achieve half of its success by 2030. As recorded in 2019, India’s carbon emission is 1.78 metric tons. India is yet to achieve complete control over greenhouse gas (GHG) emissions. The ‘Wire’ has published a new report in 2022 about the same. Where it has been reported that India’s Global Carbon Emission level is going to rise by 6% in 9 years. If that happens the world will exceed its current global warming rate. Here we are going to the key point of what are carbon emissions and how conventional source consumption has increased, and also how solar power systems by Visol India will help to reduce the intensity of upcoming problems. As per ACS Publications research, they have categorized Global Carbon Emission into different fields like transport, Buildings and industries, and others, where they have given specific data percentages for each industry. Data Percentage As follows: Transport 23% Industry 36% Buildings 33% Other 8% As per IPCC (Intergovernmental Panel for Climate Change), business industries have a major hand in carbon emissions. From the process of manufacturing to transportation every industry emitted greenhouse gases after a certain level. Companies are directly or indirectly involving their hands in carbon emissions. The government does have policies for GHG like following national or international policies,

Why is COP26 UN Climate Change Conference Important for Tackling Climate Changes?

This year, Glasgow is hosting the 26th UN Climate Change Conference of the Parties (COP26), one of the world’s most important international conferences. The conference will bring people from around the world together to find out the best ways to tackle climate change. What is COP26? The United Nations Climate Change Conference (COP 26) is taking place in Glasgow from October 31 to November 12, 2021, under the auspices of the UK government. The 26th session of the Conference of the Parties – abbreviated as COP 26 – is an essential gathering of countries to discuss how to tackle climate change and agree on global and national targets. What is the COP26 Most Ambitious Goal? If COP26 would have been held as an entirely physical event, it would have been the most significant or most prominent summit ever hosted by the UK, with around 30,000 people expected to attend. It is considered to be the most important climatic event since the Paris Agreement in 2015. The most ambitious goal of COP26 is to persuade countries to commit to emissions-reduction measures that keep the goal of keeping global warming to 1.5° C (2.7° F). This remains in serious doubt, given that it would require some large Nations to make far-reaching promises that have yet to be fulfilled. Why is COP26 important? Climate change is one of the most significant issues of our time, and it necessitates international cooperation. The COP26 provides a structured framework for parties to meet and discuss how to best work together to tackle climate change. It brings jointly developed and developing countries, as well as high and low emitters. Consensus leads to agreements, and while this can be a slow process, it also ensures that choices made at the CO26 have worldwide legitimacy. Governments had agreed to

Why solar power developers asked government to postpone the imposition of Basic Customs Duty (BCD)

Solar power turns solar energy into electricity by photovoltaics (PV), concentrated solar power (CSP), or a combination of the two. Basic customs duty on imported solar photovoltaic cells and modules is matter of concern today for most Solar developers.If Solar Developers don’t finish their Solar Panel for factory projects before the government imposes basic customs duty (BCD) on imported solar photovoltaic cells and modules next year, the cost of their projects will skyrocket.After the current safeguard duty on such goods expires on April 1, 2022, the BCD will take effect. This is expected to instill confidence in domestic producers, allowing them to invest in capacity expansion. Power producers, on the other hand, will be pushed to race to complete projects on time with imported equipment to keep costs down and their projects profitable.On March 9, the Ministry of New and Renewable Energy (MNRE) announced a 40% BCD on solar modules and a 25% BCD on solar cells. The ministry stated that it wanted local enterprises to not only create enough solar cells and modules to meet domestic demand but also to become major global suppliers. The customs duty will replace a 14.5 percent safeguard duty on goods from China and Malaysia.The MNRE issued a list of approved models and module manufacturers for government projects on March 12, creating a non-tariff barrier to prohibit substandard imports.In 2020, India planned to build about 3.6 GW of utility-scale and rooftop solar power, up from 6.5 GW in 2019. Almost all of the cells and modules utilized in these projects are imported, with China providing most of the supplies.This year, India is slated to add about 13.5GW of capacity, the majority of which are projects that have had their deadlines extended due to covid-related construction constraints. Before the BCD sets in, these

Know Tax Benefits on a Solar Panel Installation in India!

Solar panels installation is the technology trend of the decade. The electricity derived from clean green solar energy is being commercialized. In the present times, people are adopting renewable power at a rapid rate. India is also emerging as the powerhouse of renewable energy. India is making an effort to adopt a renewable source of energy. It is targeted that by the end of the year 2022 government has to achieve 175 GW of installed capacity of renewable energy. Of the target 100 GW is to be generated from solar panel installations. The best solar panels Installation Company in Mumbai is expected to work at their optimum capacity and yield desired results. To date, 23 GW of the target has been achieved and another 40 GW is in the under stages of the installation is under process. India is becoming the leader in the generation of solar energy. Do you know that the mega-size of solar panel installation can generate up to 87% of the energy? This is the reason why the adoption rate of solar rooftop panels is accelerating like never before. During the years 2013 to 2016, the installed capacity of the solar rooftops increased from 117MW to 1250 MW. Therefore the Solar EPC companies need more encouragement in India. The Ministry of New and Renewable Energy through the National Solar Mission of India has the target of 40 GW power through rooftop solar by 2022. It is an ambitious project but definitely achievable. The government to achieve the dream is offering various tax-saving and other offers. Tax benefits of solar panel installations are as follows: Tax benefits: Direct and indirect tax benefits like sales tax safeguard or anti-dumping duty inclusions, excise duty exemptions, and custom duty exceptions are given. Project developers are exempted from Income Tax on

The Mumbai Municipal Corporation (BMC) has launched the city’s first climate action plan.

In December 2020, Mumbai joined the C40 Cities climate leadership organization and is currently creating a climate action plan following the C40 standards and requirements. The Brihanmumbai Municipal Corporation (BMC) unveiled the inaugural Mumbai Climate Action Plan (MCAP) on 27th August 2021to strategize methods to address climate change issues. At the BMC Headquarters, State Environment Minister Aaditya Thackeray unveiled the proposal. In December 2020, Mumbai joined the C40 Cities climate leadership organization and is now preparing a climate action plan by the C40 principles and requirements. The effort coincided with the introduction of the MCAP website (http://mcap.mcgm.gov.in), which allows people and professionals to submit comments and recommendations. MCAP is scheduled to be fully operational by October 202,1[U1] in time for the United Nations Climate Change Conference (COP26) in November 2021. The program is being developed in partnership with the World Resources Institute in India as the knowledge partner. Waste management, sustainable transportation, renewable energy, urban floods and water management, urban green cover and biodiversity, and air quality will be the emphasis of the action plan. City and climate profiling, as well as sectoral analyses, have already been completed. Stakeholder discussions, as well as implementation methods, are still needed to draught near-term vision setting (2030), mid-term vision setting (2040), and long-term vision setting (2050). C40 brings together 97 of the world’s most populous cities to “collaborate effectively, share information, and promote real, quantifiable, and sustainable climate action.” BEST buses’ transition to electronic vehicle feel in the island city, and improved road networks on the transportation front; underground water holding tanks planned in five flood-prone spots to mitigate waterlogging; and installing trash-brooms to keep floating garbage from carrying into the sea are among the new initiatives on climate action already set in motion for Mumbai across the focus areas. “The plan will be

Solar Panels for Industrial Units Know How

With increasing awareness about the need to conserve our planet, the world is fast moving towards the “Go Green” revolution. Stakeholders and industries are slowly shifting towards ways to save energy.Also, in India, huge electricity bills are a major concern for industries. So, industries like textile, steel, chemical, cement, paper ceramic, etc are opting for solar power systems. Another reason why industries go for solar panels is that they provide an ROI within 4 to 5 years. And the solar panels for industrial units can be used for both on-grid and off-grid allowing the industries to use the panels at night as well. The high tariff rates and increasing demand for electricity necessitate the use of industrial solar panels.A massive 44.2% of the total electricity generated in India is used by the industries. Thus, it is one such sector that has high electricity demands. And during the peak working hours, the grid gets high loads. Thus, solar panel installation is one of the best ways to curb the loads as well as meet industrial energy needs. Types of Solar Panels The three types of solar panels are: Monocrystalline solar panels Monocrystalline solar panels are made from about 40 of the monocrystalline solar cells. These solar cells are made using pure silicon. They provide the highest efficiency rates and thus are preferred for industrial uses. Polycrystalline solar panel Polycrystalline solar panels are made of silicon too. But polycrystalline cells are made when little fragments of silicon crystals are melted. They appear blue because of the way sunlight interacts with the material. Its usage is rapidly growing as they too have a good efficiency rate. Thin-film Solar Panels As the name suggests, thin-films solar panels are 350 times thinner than other silicon wafers. Another distinguishing

Safety of Solar Panels in Different Weather Conditions | Visol India – Best Solar Panel Installation Company

India recently experienced Cyclone Tautkae, one of the biggest for the Indian subcontinent in decades. The wind speeds were as high as 155-165 km per hour and gusting to 190km per hour damaging the western coast of the country. Buildings, trees and electric infrastructure got severely damaged. And in the midst of all this chaos, some Solar Power Plants as well! Both rooftop and Ground mounted Solar Power Plants. That brings us to an important question about the durability of the Solar Power Plants during such severe weather conditions. Experience has shown that solar power can survive most severe weather conditions and sometimes better than electricity sources. But solar systems can be damaged. Severe weather conditions can inflict damage, making the PV system to stop performing or not perform as designed.Components of the Solar Power Plants are tested for different weather conditions to make them durable to withstand severe weather conditions. From strong winds, rainfall, Cyclones,lightning, and various extreme weather events. Today’s solar panels are built to withstand severe climatic conditions and still are stand firm on your roof or ground area. If the Solar PV system has been-installed by an experienced Solar EPC company and has Solar Power Plant insurance, the chances of damage are minimal and Insurance Company covers the damage in case it happens. Let us understand some of the extreme weather conditions and how it affects the Solar Photovoltaic system: Cyclones Solar power systems are installed at all places receiving sufficient sunlight including Cyclone prone area. For a cyclone prone area, the mounting structure should be well-designed and certified and installation should be done as per laid standards.Many premium panels are rated to withstand wind upload pressure up to a wind speed of 345km per hr. Lightning Lightning and thunderstorms can damage the solar panels if

What is the Cost of Solar Panel Installation?

Rising electricity demand and bills are encouraging more and more people every day to adopt solar energy. Solar Power Plant is a capital intensive and long-term investment, so it is very important to know details of the components and their cost before planning to invest in solar. In this blog, we will understand the various components of a solar power plant and factors which affect the cost of the solar system. Solar System Components The solar system is made of four main components. Each component has its core requirements, as well as these, are complementary to each other. If one of these components is missing, then the solar system will not be able to work. These four components are: Solar Panel Solar Inverter Module Mounting Structure Solar Panel Installation Accessories Solar Panels – Solar panels are the most important component for the whole system because solar cells convert solar energy into electricity. Solar panels are available in three types: Monocrystalline, Polycrystalline and Thin Film. These panels are available in the market according to their power generation capacity. Their prices depend on many factors like brand, technology, generation, capacity, etc. Its price may vary from Rs19 to Rs23 (per watt) with a performance warranty of 25 years. Solar Inverter – Solar panels generate electricity in Direct Current (DC) form, while the electrical appliances need AC form of electricity to run. A solar inverter converts the Direct Current (DC) to AC (Alternating Current) to run the appliances. There are many types of solar inverter available in the market. With new technology, the solar inverter is evolving day by day. Micro-inverter is the latest technology available in the market. The Solar inverters come in different capacities. Their price also varies on various factors like brand, technology, generation, capacity, etc. Its price may vary

Ministry of Power Proposes Allowing Net Metering for Rooftop Solar up to 500 kW – Visol India

The Ministry of Power has published a draft amendment to Electricity Rules 2020, which is also known as Rights of Consumer, about the Net-Metering policy. As per these updates, now solar EPC companies are allowed to use a net-metering policy on, up to 500 kW or the permitted limit, which is lesser. Besides, EPC companies will use either net billing / gross metering or net feed-in policy for all capacities above 500 KW. Ministry of Power also allows stakeholders to submit their comments to the ministry till 30th April 2021. For the prosumers, who avail net-billing or net feed-in, in Draft Amendment stated that the Commissions may introduce time-of-the-day (ToD) tariffs which would incentivize prosumers to install energy storage for later use or can be fed into the grid during peak hours. Moreover with this, the DISCOM may also install a solar energy meter to measure gross solar energy generated from the grid-interactive rooftop photovoltaic system for renewable energy purchase obligation (RPO) credit. At the starting of this year, GOI set a bottom line for the net metering which is 10KW but later some state government further lowered it to 5 KW. This made the entire rooftop segment of the solar industry very unstable. This new policy has not been well received by the solar developers, especially from the state of Gujarat, Rajasthan, and Maharashtra a lot of counter-argument was received. Not only the developers but for solar owners were also not happy with this. This policy has increased the ROI and lowered the financial benefits. The Maharashtra Solar Sangathan wrote a letter to Mr. Nitin Gadkari informing how this new policy is going to crush the MSMEs. Seeing this, Minister of MSMEs Nitin Gadkari had to intervene and he shared the concerns of the clients to the Power Minister

Basic Difference Between Net Metering vs Gross Metering – Visol India – Solar Panel Installation Company

Over the past year’s pandemic time, people are adopting solar more & more in India. The government has also taken a great initiative & set up many large utility-scale power plants in India. India has set a target of 175 GW solar energy by 2022, which includes 40 GW rooftop solar. So rooftop solar is a very important segment to reach the target. What is Rooftop Solar? In a rooftop solar system, solar panels are placed on top of roofs of the building like commercial, institutional or residential buildings. They capture the light energy emitted by the sun and convert it into electrical energy. This setup is completely independent & owned by a single or more person. In this system, there are two types of policy for the consumer who generate electricity from the rooftop solar PV system: 1. Net Metering 2. Gross Metering Net Metering The net-metering system helps solar consumers reduce their electricity bills. In net metering, when the solar system produces electricity, electricity first goes to the consumer’s home load, only then does the excess power go to the local power grid. When the load of the consumer’s house increases and more power is required, electricity is imported from the local power grid. In this process, the consumer uses a bi-directional meter for measuring the exported electricity to the local grid and the imported electricity from the local grid. At the end, when the power consumption bill is generated, if the exported electricity is more, then the consumer gets credits for the excess energy injected into the grid. This can be carried forward to the next month or reimbursed at a rate provided by the state authority. & if the imported electricity is more, then the consumer will pay the bill for the excess amount of consumed

Indian PM Received Global Energy and Environment Leadership Award by CERAWeek

On the 5th of March, our Prime Minister Narendra Modi received the CERAWeek Global Energy and Environment Leadership Award. Prime Minister Modi delivered a keynote address at the CERWeek (Cambridge Energy Research Associates Week) at around 7 pm IST via a video conference. To all of you who don’t know about CERAWeek, it was founded by Dr. Daniel Yergin in the year 1983. Form 1983 it’s considered as one of the most premium annual energy platforms. Every year in the month of March it is organized in Huston. This year, because of the COVID19, it is organized virtually. Narendra Modi is recognized as a global leader and his foreign policies have been upfront to lead the world towards a sustainable future. The project like one sun, one world, one grid is a result of a clear mindset and vision of a future that is based on sustainability. Seeing this he is awarded by CERAWeek as the Global Energy and Environment Leader. This award was instituted in 2016. Because of the leadership of our Prime Minister, the Indian Solar industry is one of the fastest-growing economies in the world. In the last 10 years, India saw exponential growth in the solar industry. Visol India from Mumbai is one of the fastest-growing solar organizations in the country. We are also one of the best solar panel companies. As per the client’s testimonial, Visol India is a very professional solar installation company. Visol India has been recognized as the green heroes and got the media coverage on both digital and print media platforms. With 50 plus installations done and more than 15 awards in their name, Visol India is one of the fastest-growing solar companies of India in the MSME segment. In the list of their happy and satisfied clients, they have the

India’s renewable power capacity is the fourth largest in the world

National Solar Mission While India has set an ambitious target of 450GW of Renewable energy by 2030, the Government is taking initiatives to invite investments to reach this target. Prime Minister Shri Narendra Modi inaugurated the 3rd Global Renewable Energy Investment Meeting and Expo (RE-Invest 2020) on 26th Nov 2020. The theme for RE-Invest 2020 was ‘Innovations for Sustainable Energy Transition’, and was organized by the Ministry of New and Renewable Energy, Government of India. The Prime Minister brought out that India’s generation capacity and network is being expanded to ensure every citizen of India has access to electricity. India is fastest growing renewable energy market. Today India’s renewable power capacity is the 4th largest in the world and is growing at the fastest speed among all major countries. The renewable energy capacity of India stands at 136 Giga Watts, which is 36% of total country capacity. In the last 6 years, India has increased installed renewable energy capacity by two and half times, emphasizing that investing in RE when it wasn’t cheap has made it possible to reduce the prices further. Global Manufacturing Hub in Renewable Energy PM Modi said that he wants to make India a global manufacturing hub in the renewable energy sector. Performance Linked Incentives (PLI) in electronics manufacturing will now be extended to high efficiency solar modules. He stressed that for “Ease of doing business,” dedicated Project Development Cells have been established to facilitate investors. With the huge renewable energy deployment plans for the next decade, India is likely to generate business prospects of the order of around $ 20 billion (Rs 1.5 Lakh Crore) per year. He invited investors, developers and businesses to join India’s renewable energy journey. World Leaders support International Solar Alliance The inaugural session was coordinated by Mr R K Singh,

World Environment Day. How can I save the environment? Its time #fornature

As we celebrate the world environment day in the midst of the COVID19 Pandemic, what is it that we as citizens can actually do contribute to the environment? While there are talks globally on what the countries need to do to save the environment and mitigate climate change, here we will discuss how we as a common citizen can make the earth more sustainable with our small contributions. As we prepare our next generations, we also need to act now for a sustainable development and leave a better planet for them. The World Environment Day was first held in 1974 and is celebrated every year on June 5th to encourage awareness and action for the protection of the environment. It stood for raising awareness about issues related to the environment like air pollution, marine pollution, global warming, and human overpopulation. The theme for this year’s World Environment Day is ‘Biodiversity’ and ‘Time for Nature’. Our health is tied to the health of nature & cities need to thrive protecting biodiversity and nature. Covid 19 Pandemic is a testimony that the global lockdown has actually healed the mother earth and we understand now that it’s time for nature to relive and support the human civilization. With industries, transport, businesses, traffic on halt the environment around us has witnessed improved air quality, noise pollution, water quality, and biodiversity among others. On an average, reduction in particulate matter (PM) concentrations over southern part of India is around 50-60%, and over the Indo-Gangetic basin, including Delhi, UP, Bihar, West Bengal etc it is as much as 75%. Because of the lesser human footfall even the oceans are recovering and marine life is thriving. We need to take a call to control our lifestyle and contribute to saving the environment by stopping the use of plastic,

How manufacturing Industries can reduce their cost of operations post Lockdown through Solar energy at zero cost???

COVID 19 pandemic and the subsequent Lockdown, now in its fourth version has the most unprecedented effect on the manufacturing sector in the recent times. India’s factory output contracted a record 16.7% in March 2020 against a rise of 4.62% in February due to all economic activities coming to a standstill. Adopting solar energy in the current scenario can be one of the unique cost reduction strategies for the manufacturing industries. Most of the industrial roofs are unused and going for a Solar rooftop power plant can help them achieve around 30%-50% savings on electricity expenses along with a reduction in their carbon footprint. In the case of insufficient roof space, any ground space or offsite location can also be utilized. There are unique Finance models (OPEX Model) designed where a third party can invest for your solar power plant and the user has to pay only for the electricity consumed at a tariff which would be 30-50% lower than what the user is paying to the local electricity DISCOM. For FY20, industrial production contracted 0.7% against 3.8% expansion in FY19. April data is expected to be worst as a result of complete lockdown. May is unlikely to be better either, even though there are signs of recovery with some the businesses starting their operations. The manufacturing industry, which contributes almost 20% of the GDP has been affected the most. Of this, 50% is contributed by the auto industry. Even before the lockdown, the auto industry was on a decline, with a reduction in sales by more than 15%. The unorganized industry will face a more severe situation. The uncertainty would impact smaller organizations with lower resilience due to reduced or no orders and profitability. On an average, the Lockdown would affect the profitability of the companies to

How 3 Women Are Changing The World With Solar Energy

On the occasion of International Women’s Day (March 8th), let’s meet three influential and game-changing women in the solar industry. The solar energy market is quite new compared to the many other energy industries. Nevertheless, many women have been able to make solar more widely available to people around the world in the years that solar energy technologies have been around. Not only that, but these women used solar power to support those in need and to further boost the industry’s growth. The Faces Behind Success of Visol India Major Priyanka Co-Founder, Head Marketing An Architect by qualification, Major Priyanka joined the Indian Army and got commissioned to the Corps of Engineers. As a Company Commander, she led a team of 200 soldiers in the Batallion and commanded her company in various combat exercises. After seven years of service in the Army and a management certification from IIM Indore, she started her second career as Green building Consultant. She is an IGBC and GRIHA certified professional. Solar rooftops being an integral part of green & energy-efficient buildings, inspired her to enter the green energy sector. She ventured into Solar Energy with two of her schoolmates, Ms. Aparna Kshirsagar and Ms. Jyoti Prakash to incorporate Visol Renewable Energy Solutions. Major Priyanka is a certified solar professional from IIT Bombay and MSME. The team is on a mission to usher India to a sustainable energy future and mitigate climate change. Having completed many solar rooftop projects to their credit, they envision to be the first name for quality solar solutions in India. Ms. Jyoti Prakash Co- Founder, Head Operations Jyoti Prakash, Co-Founder of Visol renewable energy solutions, was always conscious and concerned about the environment and the climate change. She decided to leave the comforts of her corporate job and chose to

How will companies get benefit from the Solar power plant for your industry or factory?

Businesses have realized how solar arrays allow them to build goodwill in the community, boost their views of customers, save energy costs, and get a good return on investment. If you intended to install industrial solar panels like these in 2019, you would definitely invest in a clean, green, and profitable future for your company. How profitable is solar power for the factories? If you always wonder if you should install solar panels on your industry factory or not, you still haven’t noticed all the benefits associated with it yet. Balance your solar electricity costs Factories and production facilities usually have high power demands. You can easily offset these costs with solar power. This increases your level of success and lets you stay ahead of the competition. Much like purchases of property versus rentals, solar purchases, and electricity generation reduces money wastage, every month . Protect against power cost increases When you install a solar power system on your plant, you become a self-sufficient, energy-producing company. This will protect you against any rises in power cost. Sell the surplus and use free power When the payback period of your solar energy system is over, the company will start generating electricity free of charge. In fact, if you have enough roofing solar panels or ground-mounted panels, you can make money from your solar farm’s excess electricity. The excess energy can be added to the grid. Initiatives like these are all the difference for companies that operate at a small profit margin in those first crucial years. How does going solar impact your brand image? Solutions for renewable energies are on the rise, and it is high time for our climate change to join the movement. Each business on the planet will soon go green or underneath. You can tell our customers

BE A CLIMATE CHANGE HERO !!!

If they say that the sky is the limit of solar energy, they’re not hyperbolic. In recent years, the cost of installing solar equipment has dramatically decreased, while the energy provided by these solar thermal panels has increased. Going green is not just an investment in the future of the world, but also a wise financial decision. As the environmental impact of our fossil fuel economy makes the need for renewable energy sources so strong, solar energy in the 21st century is becoming the cleanest, most efficient and cost-effective way to not only live but thrive. “If you’re trying to save the world and your wallet, switching to solar energy is your best option.“ BENEFITS OF SOLAR UV RADIATION? Like all good things, moderate solar UV radiation is great. Exposure to a small amount of UV radiation can help human beings to promote vitamin D, but doctors often advise that direct exposure is limited to just minutes per day. Many solar panels do not actually use this source of radiation to a large extent. Most panels transform the majority of their energy to the visible light spectrum, which makes up about 43% of the total sunlight entering the planet. At present, UV radiation accounts for only 4% of our planet’s sunlight. COST BENEFITS OF SOLAR ENERGY? Depending on the specific state you live in, tax incentives, rebates for the energy company and other special programs can reduce your energy bill by more than 30 percent or in some cases it can go free after installing solar panels. The savings are expected to only grow in the coming years, as installation costs continue to plummet while the panels ‘ total watts output is climbing. Homeowners investing now will reap the benefit of technology developed and refined over several decades.

Important Tips Before Choosing Right Solar Panels

Solar energy provides customers numerous advantages, but as you are here, we believe you are already more than familiar with them. Since evaluating your choices, you now think about moving to renewable energy, but you are not sure how to pick the right boards. If we work in the right direction so far, you’re in the right place. Solar energy experts, we will provide you with four top tips to guide your decision making. Consider your costs Although cost is not the only factor that guides your choice of solar panel, it is fair to say that it is important to most people. None of us want to break the bank for clean energy purposes, and thankfully you don’t have to. Like any other sector, the solar industry is competitive and many options are available. Let’s use casinos online as a comparison tool. All you have to do is look here to see dozens of different offers, so you can always find something perfect for your budget. The same goes for solar panels, so shopping, comparing prices and not falling into the idea that you need to bankrupt yourself to be clean. Assess their energy efficiency Another thing to consider is how energy-efficient the panels you purchase are. Energy efficiency measures how much the obtained light is converted into electric energy, the higher the cost, the better. Higher values, though, continue to translate to higher prices, and the fact is that you just need to meet your personal energy needs. Don’t get in the trap of thinking that you must have a Ferrari to run a school–or a top-of – the-range bungalow. Find something that will provide you with more outputs, and you’re going to be good to go. Pay attention to the temperature coefficient In that vein, you will

What is the Potential of Solar Energy in Industries?

There is a vast potential for using solar energy equipment / systems in process water and other thermal industries. Presently, energy is mainly used for these applications through the use of fuel oil, which not only relies on imports, but also creates huge atmospheric emissions that threaten our planet. India consumes over 100 million tons of oil for different uses each year. About 40% of this is used in the industrial sector alone. In addition, 40-50 percent are in thermal form with a temperature range below 250 C, which amounts to approximately 15 million tons per year of fuel oil. Applications in the textile industry include mercerizing, drying and processing; drying, dissolving, thickening, leaking and distilling in the chemical industry; cooking, drying and canning in the food industry; craft pulping, bleaching and troubleshooting in pulp and paper industry; leather industry drying and cleaning; various other applications in a variety of other industries. The working fluid required for these applications is hot water, steam or hot air pressurized within the 60-250 C temperature range. There are many solar energy technologies that can be used for these applications and which primarily reduce daily fuel oil consumption. Technologies include solar water heating systems, steam generation systems and air heating systems mounted on flat or evacuated pipe collectors, and solar focusing automatically monitoring systems. Solar water heating is a well-established and worldwide marketing technology. It can be used in the boiler feed industry in raising water temperatures from 25C to 80C to save significant fuel oil used in boilers. A capacity system of 10,000 liters per day can cost 15 to 18 lakhs and save approximately 14,000 liters of fuel oil each year for about 20 years, the lifetime of the system. The largest unit built at M/s Godavari Fertilizers and Chemicals Ltd. in

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Solar Panel Installation: A Step-by-Step Guide for New Construction

Chandrayaan’s Solar-Powered Success: How Solar Energy Fuels Lunar Exploration

Reducing Carbon Footprints: How Solar Power Panels Benefit NAAC Institutions