Ahmendabd presentation 28th nov workshopAbhinav Jain
The document discusses solar rooftop projects in India. It provides an overview of TERI as an organization working on sustainability solutions. It then discusses India's commitments to renewable energy and increasing solar capacity as part of its INDC. Specific details are given about the potential for solar rooftop projects across Indian states. Business models for solar rooftop including third party ownership are explained. A case study shows the costs savings for a residential consumer from a 3 kW rooftop system.
The lighting market is currently worth EUR 73 billion and is expected to grow to over EUR 100 billion by 2020. Political and environmental regulations are increasing to reduce energy usage and greenhouse gas emissions, pushing for more efficient lighting technologies like LEDs. Technological advances have improved lighting systems with sensors, networking, and control capabilities. These smart lighting systems provide energy savings, economic benefits, and improved user experiences.
The document discusses the Bijli initiative, which aimed to catalyze decentralised renewable energy market transformation in India. It did this by testing different financing mechanisms and delivery models for off-grid energy access through partnerships in four Indian states. Key findings were:
1) Access to clean energy has emerged as a development priority, and decentralised renewable energy holds promise for universal access. However, private sector views it as risky.
2) The Bijli initiative tested models like solar home systems, micro-grids, and pico-grids, reaching over 50,000 households. It supported mechanisms like end-user financing and trade financing.
3) Evaluation found the major risk to business models was access to
The document discusses green technology and business initiatives in Malaysia. It outlines three main initiatives introduced by the Malaysian government: green buildings, renewable energy, and energy efficiency. The government provides incentives for businesses adopting these green technologies. However, small and medium businesses often find it difficult to utilize the initiatives due to high costs. The document suggests various ways to encourage more widespread adoption of green practices, including providing more affordable options and increasing environmental education.
Term project on consumer behaviour towards solar powerIMRAN KHAN
This document is a major project report submitted by Imran Khan for the award of an Executive MBA degree. It includes declarations signed by the student and certification signed by the guiding professor. It also includes an acknowledgements section, abstract, table of contents, and 5 chapters on the introduction to the solar power industry and consumer perceptions toward solar power products in India.
This is the marketing business plan for a proposed start-up company on Solar Photovoltaics (PV). The report contains detailed insights on strategic positioning of the company in the current US markets.
It was prepared on my enthusiasm for start-up company in solar PV arena, with the guidance of Prof. Mary Caravella.
Home Beat - Green Gamification - Manu Melwin Joymanumelwin
Gamified Energy Management App HomeBeat Uses Analytics and Engagement to Save Energy. Bidgely has developed an app that turns demand response into a game that people can play on their smartphones.
Govt to revisit, revise power distribution guidelines in National Electricit...Tata Power
“To succeed and survive, Indian Discoms need to quickly embrace digital technology tapping the sophisticated technologies like IoT, analytics, automation and cloud to generate higher efficiency."
- Praveer Sinha. CEO & MD, Tata Power.
Ahmendabd presentation 28th nov workshopAbhinav Jain
The document discusses solar rooftop projects in India. It provides an overview of TERI as an organization working on sustainability solutions. It then discusses India's commitments to renewable energy and increasing solar capacity as part of its INDC. Specific details are given about the potential for solar rooftop projects across Indian states. Business models for solar rooftop including third party ownership are explained. A case study shows the costs savings for a residential consumer from a 3 kW rooftop system.
The lighting market is currently worth EUR 73 billion and is expected to grow to over EUR 100 billion by 2020. Political and environmental regulations are increasing to reduce energy usage and greenhouse gas emissions, pushing for more efficient lighting technologies like LEDs. Technological advances have improved lighting systems with sensors, networking, and control capabilities. These smart lighting systems provide energy savings, economic benefits, and improved user experiences.
The document discusses the Bijli initiative, which aimed to catalyze decentralised renewable energy market transformation in India. It did this by testing different financing mechanisms and delivery models for off-grid energy access through partnerships in four Indian states. Key findings were:
1) Access to clean energy has emerged as a development priority, and decentralised renewable energy holds promise for universal access. However, private sector views it as risky.
2) The Bijli initiative tested models like solar home systems, micro-grids, and pico-grids, reaching over 50,000 households. It supported mechanisms like end-user financing and trade financing.
3) Evaluation found the major risk to business models was access to
The document discusses green technology and business initiatives in Malaysia. It outlines three main initiatives introduced by the Malaysian government: green buildings, renewable energy, and energy efficiency. The government provides incentives for businesses adopting these green technologies. However, small and medium businesses often find it difficult to utilize the initiatives due to high costs. The document suggests various ways to encourage more widespread adoption of green practices, including providing more affordable options and increasing environmental education.
Term project on consumer behaviour towards solar powerIMRAN KHAN
This document is a major project report submitted by Imran Khan for the award of an Executive MBA degree. It includes declarations signed by the student and certification signed by the guiding professor. It also includes an acknowledgements section, abstract, table of contents, and 5 chapters on the introduction to the solar power industry and consumer perceptions toward solar power products in India.
This is the marketing business plan for a proposed start-up company on Solar Photovoltaics (PV). The report contains detailed insights on strategic positioning of the company in the current US markets.
It was prepared on my enthusiasm for start-up company in solar PV arena, with the guidance of Prof. Mary Caravella.
Home Beat - Green Gamification - Manu Melwin Joymanumelwin
Gamified Energy Management App HomeBeat Uses Analytics and Engagement to Save Energy. Bidgely has developed an app that turns demand response into a game that people can play on their smartphones.
Govt to revisit, revise power distribution guidelines in National Electricit...Tata Power
“To succeed and survive, Indian Discoms need to quickly embrace digital technology tapping the sophisticated technologies like IoT, analytics, automation and cloud to generate higher efficiency."
- Praveer Sinha. CEO & MD, Tata Power.
The machines shows in the presentation is for the LED Manufacturers.. The machines are for the following Uses.
1. CMA1313T (Dual Head Laser Machine)= For Acrylic Cutting Machine.
2. MF20-E-A (Fibre Marking Machine)= For marking in metal and non-metalic component.
3. MF20-L-A (Fibre Marking Machine)= For marking in LED Bulbs.
4. MC250-DLG (Dot Marking Machine)= For Dot marking on Acrylic Sheet.
Solar energy is a renewable and sustainable source of energy harnessed using technologies like solar heating, photovoltaics, and solar thermal. India receives ample solar radiation and solar power can meet energy needs while reducing pollution. The document then describes how a solar system works by converting sunlight to electricity using solar panels, inverters, and feeding power into the electrical grid or for local use. It also summarizes the company's services including engineering, procurement, commissioning of solar plants, solar power purchase agreements, energy audits, and open access agreements.
T&D India (March 2018) - It gets bigger and betterT&D India
ELECRAMA is said to be the biggest trade event in the electrical equipment space, anywhere in the world. Organized by industry trade body Indian Electrical & Electronics Manufacturers’ Association (IEEMA), it is an event that is eagerly awaited by all stakeholders in the power transmission and distribution (T&D) sector, as well as the electrical equipment space.
Executive Summary Solar Energy Without Borders, Inc. is inviting Stakeholders...Syed Hashimi
This document provides an overview of Solar Energy Without Borders Inc. (SEWB), a solar energy company based in Houston, Texas. SEWB is seeking $100 million in investment for three ventures: 1) Acquiring and upgrading an existing $30 million solar cell and module manufacturing facility, 2) Lending $30 million to an Indian company for a 30 MW solar project, and 3) Using $20 million for R&D, marketing, and promoting solar products globally. The document outlines SEWB's management team and provides projected financials showing growing annual revenues and healthy cash balances over the first five years.
This document brings together a set
of latest data points and publicly
available information relevant for
Utilities Industry. We are very
excited to share this content and
believe that readers will benefit from
this periodic publication immensely.
This is a business concept proposal for a manufacturing business that will produce very low cost solar panels based on carbon nanotube technology. We will manufacture low cost, very affordable solar panels, to enable very poor households in Africa to access electricity for the first time in their lives. The solar panels are cheaper than any other alternative, yet so robust that no skilled installation or maintenance are required.
This document summarizes Energy Focus, Inc.'s business and strategy for leading the global LED lighting retrofit market. It discusses Energy Focus's history of developing LED lighting for the U.S. Navy, the large addressable markets for LED retrofitting of troffers, high-bays and parking luminaires, and the company's focus on serving specific commercial and military/maritime segments. It also provides an overview of the company's financial performance in recent quarters, with growing sales revenues and gross profits.
The document discusses India's growing energy needs and issues like high transmission and distribution losses. It summarizes the key discussions from a 'Smart Grid Summit' organized by The Economic Times to address challenges in India's power grid sector. Panelists at the summit emphasized the importance of leveraging technologies like smart grids and renewable energy to help meet rising demand, reduce losses and ensure stable power supply as the economy expands rapidly.
The concept of Intelligent Energy Network is an effective way to highlight the importance of renewable energy sources. And Insights Success, in its upcoming edition “The 10 Most Intelligent Energy Tech Companies to Watch in 2021”,
Bridge To India is a leading consulting firm in the Indian solar market. They provide market analysis, business strategy advice, and project development support to stakeholders. India has significant potential for solar power given its large electricity needs but low existing capacity. However, realizing this potential will require overcoming challenges related to infrastructure development, financing, and grid management. The document discusses India's current solar installation levels, the drivers of solar energy adoption, and opportunities in both utility-scale and distributed solar generation models.
The document summarizes a report analyzing the potential for solar power generation from rooftops in Delhi, India. It finds that with only 1.6% of its land area dedicated to rooftop solar, Delhi could generate over 2.5 GW of solar power. Currently, residential buildings represent the highest potential with over 1.2 GW. The report also estimates that Delhi's electricity grid could accommodate 20% solar power penetration and that rooftop solar costs will reach parity with grid electricity for residential consumers by 2018 without subsidies. It recommends the Delhi government facilitate rooftop solar development through aggregation, skills training, financing support, and grid integration policies to realize the potential of reaching 2 GW of rooftop solar capacity by 2020
T&D India (December 2017) - Focus Solar IndiaT&D India
Sun is shining on India's solar programme - When India embarked on its National Solar Mission in around 2010, during the then UPA regime, it envisaged grid-connected solar capacity of 20 GW by 2020. When the current NDA government came into power in 2014, this target was increased manifold - to 100 GW by 2020.
This document outlines a 4 course certificate program in sustainable energy. The program covers the basics of energy production and technologies, emerging opportunities in the field, developing new business ventures, and a practicum applying the lessons to a real-world project. Upon completing the courses, students will gain an understanding of the energy industry and be able to evaluate new ideas and opportunities in sustainable energy.
T&D India (10 Sep to Oct 2017) - Power Factor CorrectionT&D India
T&D India (10 Sep to Oct 2017) - Edition Focus on Brazillian power transmission beckons Indian developers, Special Feature: Power Continuity, Interactions: EPCOS, Power Matrix Solutions, Numeric UPS, Socomec. Innovation: IoT-ready Compact Substations by Reliance Energy
Capgemini Report - Energy TransformationsRoger Atkins
This document discusses how utilities companies are facing disruption from new technologies like renewable energy, smart grids, data analytics, and the entrance of large tech companies into the energy market. It argues that utilities must transform themselves from traditional utility companies into energy services companies by improving the customer experience, achieving operational excellence, and developing new business models to harness opportunities in distributed energy, smart buildings, and data insights. The document outlines Capgemini's u2es Transformation approach to help utilities successfully make this transition.
T&D India (July 2017) - Power T&D ContractingT&D India
T&D Indian (July 2017) - Power T&D Contracting, Going by the government’s impetus and the response of investors, the nation’s renewable energy mission appears to be on track. Though it is premature to forecast whether the target of installing 100 GW of solar and 60 GW of wind power capacity by 2022 will be attained, the country does appear to be moving in the right direction.
T&D India (April 2018) - Railway Electrification, A new growth waveT&D India
Indian Railways is seen laying unprecedented emphasis on railway electrification, which till recently, was a routine activity with no special interest. It is very evident that reliance on diesel—an import intensive fuel—is not sustainable.
This document summarizes the business case for off-grid renewable energy in India. It examines solar home system and decentralized renewable energy business models, assessing technology, key players, economics, growth forecasts and impact. Both sectors show potential for scale but face challenges. Private sector financing is needed to realize India's renewable energy target of 150GW by 2022. The report provides recommendations to promote private investment and engagement in off-grid renewable energy to support national goals.
Pathway Lending is a non-profit economic development lender that provides loans for energy efficiency and renewable energy projects in Tennessee. It operates the Tennessee Energy Efficiency Loan Program in partnership with TVA and the state. The document discusses Pathway Lending's Energy Efficiency Loan Fund, which provides low-interest loans ranging from $20,000 to $5 million for commercial, industrial, and non-profit facilities to implement energy efficiency and renewable energy projects. It provides examples of funded projects and discusses application considerations like financial capacity, energy savings potential, and job impacts. Barriers to energy efficiency cited by surveyed companies include lack of funding and other priorities.
1) The document discusses renewable energy as an option for sustainable rural development in India, as rural areas often lack access to the power grid.
2) It notes that renewable sources like solar, wind and biomass could play a key role in powering rural villages through off-grid solutions. However, there are also limitations to renewable technologies based on local conditions and weather dependence.
3) The author argues that India needs a national policy for rural electrification that takes a decentralized approach, considers local resource availability, and promotes small-scale renewable manufacturing to enable self-sufficient village energy systems. A generic policy framework and more research is needed to overcome challenges in implementation.
Ujala scheme ppt to have an in depth understanding of what is ujala scheme and its impact on the technoclogical advancement in rural electrification in a large country like india
The document discusses the LED lighting industry in India. It provides an overview of the growing LED lighting market in India, highlighting factors such as government initiatives promoting LED adoption and declining LED prices. It also outlines the scope of a mini project on the Indian LED lighting market, covering market segmentation, applications, and a vision for developing the LED industry in India. Key benefits of LEDs discussed include long lifespan, energy efficiency, brightness, color range, reliability, and directional lighting. Challenges to LED manufacturing and adoption in India are also examined.
The machines shows in the presentation is for the LED Manufacturers.. The machines are for the following Uses.
1. CMA1313T (Dual Head Laser Machine)= For Acrylic Cutting Machine.
2. MF20-E-A (Fibre Marking Machine)= For marking in metal and non-metalic component.
3. MF20-L-A (Fibre Marking Machine)= For marking in LED Bulbs.
4. MC250-DLG (Dot Marking Machine)= For Dot marking on Acrylic Sheet.
Solar energy is a renewable and sustainable source of energy harnessed using technologies like solar heating, photovoltaics, and solar thermal. India receives ample solar radiation and solar power can meet energy needs while reducing pollution. The document then describes how a solar system works by converting sunlight to electricity using solar panels, inverters, and feeding power into the electrical grid or for local use. It also summarizes the company's services including engineering, procurement, commissioning of solar plants, solar power purchase agreements, energy audits, and open access agreements.
T&D India (March 2018) - It gets bigger and betterT&D India
ELECRAMA is said to be the biggest trade event in the electrical equipment space, anywhere in the world. Organized by industry trade body Indian Electrical & Electronics Manufacturers’ Association (IEEMA), it is an event that is eagerly awaited by all stakeholders in the power transmission and distribution (T&D) sector, as well as the electrical equipment space.
Executive Summary Solar Energy Without Borders, Inc. is inviting Stakeholders...Syed Hashimi
This document provides an overview of Solar Energy Without Borders Inc. (SEWB), a solar energy company based in Houston, Texas. SEWB is seeking $100 million in investment for three ventures: 1) Acquiring and upgrading an existing $30 million solar cell and module manufacturing facility, 2) Lending $30 million to an Indian company for a 30 MW solar project, and 3) Using $20 million for R&D, marketing, and promoting solar products globally. The document outlines SEWB's management team and provides projected financials showing growing annual revenues and healthy cash balances over the first five years.
This document brings together a set
of latest data points and publicly
available information relevant for
Utilities Industry. We are very
excited to share this content and
believe that readers will benefit from
this periodic publication immensely.
This is a business concept proposal for a manufacturing business that will produce very low cost solar panels based on carbon nanotube technology. We will manufacture low cost, very affordable solar panels, to enable very poor households in Africa to access electricity for the first time in their lives. The solar panels are cheaper than any other alternative, yet so robust that no skilled installation or maintenance are required.
This document summarizes Energy Focus, Inc.'s business and strategy for leading the global LED lighting retrofit market. It discusses Energy Focus's history of developing LED lighting for the U.S. Navy, the large addressable markets for LED retrofitting of troffers, high-bays and parking luminaires, and the company's focus on serving specific commercial and military/maritime segments. It also provides an overview of the company's financial performance in recent quarters, with growing sales revenues and gross profits.
The document discusses India's growing energy needs and issues like high transmission and distribution losses. It summarizes the key discussions from a 'Smart Grid Summit' organized by The Economic Times to address challenges in India's power grid sector. Panelists at the summit emphasized the importance of leveraging technologies like smart grids and renewable energy to help meet rising demand, reduce losses and ensure stable power supply as the economy expands rapidly.
The concept of Intelligent Energy Network is an effective way to highlight the importance of renewable energy sources. And Insights Success, in its upcoming edition “The 10 Most Intelligent Energy Tech Companies to Watch in 2021”,
Bridge To India is a leading consulting firm in the Indian solar market. They provide market analysis, business strategy advice, and project development support to stakeholders. India has significant potential for solar power given its large electricity needs but low existing capacity. However, realizing this potential will require overcoming challenges related to infrastructure development, financing, and grid management. The document discusses India's current solar installation levels, the drivers of solar energy adoption, and opportunities in both utility-scale and distributed solar generation models.
The document summarizes a report analyzing the potential for solar power generation from rooftops in Delhi, India. It finds that with only 1.6% of its land area dedicated to rooftop solar, Delhi could generate over 2.5 GW of solar power. Currently, residential buildings represent the highest potential with over 1.2 GW. The report also estimates that Delhi's electricity grid could accommodate 20% solar power penetration and that rooftop solar costs will reach parity with grid electricity for residential consumers by 2018 without subsidies. It recommends the Delhi government facilitate rooftop solar development through aggregation, skills training, financing support, and grid integration policies to realize the potential of reaching 2 GW of rooftop solar capacity by 2020
T&D India (December 2017) - Focus Solar IndiaT&D India
Sun is shining on India's solar programme - When India embarked on its National Solar Mission in around 2010, during the then UPA regime, it envisaged grid-connected solar capacity of 20 GW by 2020. When the current NDA government came into power in 2014, this target was increased manifold - to 100 GW by 2020.
This document outlines a 4 course certificate program in sustainable energy. The program covers the basics of energy production and technologies, emerging opportunities in the field, developing new business ventures, and a practicum applying the lessons to a real-world project. Upon completing the courses, students will gain an understanding of the energy industry and be able to evaluate new ideas and opportunities in sustainable energy.
T&D India (10 Sep to Oct 2017) - Power Factor CorrectionT&D India
T&D India (10 Sep to Oct 2017) - Edition Focus on Brazillian power transmission beckons Indian developers, Special Feature: Power Continuity, Interactions: EPCOS, Power Matrix Solutions, Numeric UPS, Socomec. Innovation: IoT-ready Compact Substations by Reliance Energy
Capgemini Report - Energy TransformationsRoger Atkins
This document discusses how utilities companies are facing disruption from new technologies like renewable energy, smart grids, data analytics, and the entrance of large tech companies into the energy market. It argues that utilities must transform themselves from traditional utility companies into energy services companies by improving the customer experience, achieving operational excellence, and developing new business models to harness opportunities in distributed energy, smart buildings, and data insights. The document outlines Capgemini's u2es Transformation approach to help utilities successfully make this transition.
T&D India (July 2017) - Power T&D ContractingT&D India
T&D Indian (July 2017) - Power T&D Contracting, Going by the government’s impetus and the response of investors, the nation’s renewable energy mission appears to be on track. Though it is premature to forecast whether the target of installing 100 GW of solar and 60 GW of wind power capacity by 2022 will be attained, the country does appear to be moving in the right direction.
T&D India (April 2018) - Railway Electrification, A new growth waveT&D India
Indian Railways is seen laying unprecedented emphasis on railway electrification, which till recently, was a routine activity with no special interest. It is very evident that reliance on diesel—an import intensive fuel—is not sustainable.
This document summarizes the business case for off-grid renewable energy in India. It examines solar home system and decentralized renewable energy business models, assessing technology, key players, economics, growth forecasts and impact. Both sectors show potential for scale but face challenges. Private sector financing is needed to realize India's renewable energy target of 150GW by 2022. The report provides recommendations to promote private investment and engagement in off-grid renewable energy to support national goals.
Pathway Lending is a non-profit economic development lender that provides loans for energy efficiency and renewable energy projects in Tennessee. It operates the Tennessee Energy Efficiency Loan Program in partnership with TVA and the state. The document discusses Pathway Lending's Energy Efficiency Loan Fund, which provides low-interest loans ranging from $20,000 to $5 million for commercial, industrial, and non-profit facilities to implement energy efficiency and renewable energy projects. It provides examples of funded projects and discusses application considerations like financial capacity, energy savings potential, and job impacts. Barriers to energy efficiency cited by surveyed companies include lack of funding and other priorities.
1) The document discusses renewable energy as an option for sustainable rural development in India, as rural areas often lack access to the power grid.
2) It notes that renewable sources like solar, wind and biomass could play a key role in powering rural villages through off-grid solutions. However, there are also limitations to renewable technologies based on local conditions and weather dependence.
3) The author argues that India needs a national policy for rural electrification that takes a decentralized approach, considers local resource availability, and promotes small-scale renewable manufacturing to enable self-sufficient village energy systems. A generic policy framework and more research is needed to overcome challenges in implementation.
Ujala scheme ppt to have an in depth understanding of what is ujala scheme and its impact on the technoclogical advancement in rural electrification in a large country like india
The document discusses the LED lighting industry in India. It provides an overview of the growing LED lighting market in India, highlighting factors such as government initiatives promoting LED adoption and declining LED prices. It also outlines the scope of a mini project on the Indian LED lighting market, covering market segmentation, applications, and a vision for developing the LED industry in India. Key benefits of LEDs discussed include long lifespan, energy efficiency, brightness, color range, reliability, and directional lighting. Challenges to LED manufacturing and adoption in India are also examined.
Fact sheet on the global lighting and energy access partnership (global leap)Christina Parmionova
The Global Lighting and Energy Access Partnership (Global LEAP) was launched by 10 partners including governments and international organizations to increase global access to off-grid energy products and services through commercial markets. As part of this, $4.5 million will fund the "Lighting India" initiative to provide modern lighting to 2 million people in India by 2015. Global LEAP also aims to establish quality standards and spur product development through awards to improve access to affordable, efficient lighting for those without grid access.
A Path Towards Energy Efficient India-Unnat Jyoti by Affordable LEDs for All ...Rohit vijay
The document discusses India's UJALA program, which aims to replace 770 million incandescent bulbs with LED bulbs. It is implemented by Energy Efficient Services Limited under the Ministry of Power. Key points made include: the program has replaced 770 million bulbs by 2019, saving 100 billion kWh of electricity annually; LED bulbs are 88% more efficient and last 25,000 hours compared to 1,200 hours for incandescent; the program recovers costs from consumers through on-bill financing or from DISCOMs based on energy savings. Future programs could focus on appliances like ACs and TVs which require different financing models than lamps.
The document provides an overview of the transformation of the lighting market driven by LED lighting and smart lighting systems. It discusses how LED lighting is becoming mainstream due to energy efficiency and longevity advantages over traditional lighting. It also describes how connected smart lighting can achieve energy savings of up to 90% through controls and sensors. Finally, it covers trends like lighting as a service business models and human-centric lighting design.
The document is a report by the Uttarakhand Renewable Energy Development Agency (UREDA) on the impact of the Energy Conservation Act 2001 in Uttarakhand state and initiatives taken by the government, utilities, and other organizations. It discusses India's energy status and the need for conservation. It outlines Uttarakhand's policies for renewable energy and activities by UREDA, Uttarakhand Power Corporation Ltd., and other groups to promote awareness, conduct audits, and support implementation of the Energy Conservation Building Code. It also provides details on training programs, events, and publicity efforts carried out in the state.
The document summarizes discussions from an energy sector conference held by the Confederation of Indian Industry (CII). It includes quotes from key government officials outlining ambitious targets and investments for India's energy sector over the next 5-10 years. Piyush Goyal, Minister for Coal, Power and Renewable Energy, expects $250 billion in investments in the power sector and targets of 150% growth in coal production and renewable energy growing 5 times. Nitin Gadkari, Minister for Transportation, promotes biofuels as socioeconomic change agents that can address issues like farmer suicides and diversify agriculture. Other speakers discuss increasing domestic energy sources like coal and biofuels to reduce imports and ensure energy security.
ESCOs to drive energy efficiency in Indiavicky modi
ESCOs (Energy Service Companies) can play a key role in improving energy efficiency in India by guaranteeing energy savings through performance contracts. While the ESCO market is still nascent in India, there is significant opportunity for growth given India's ongoing power deficits. ESCOs can help reduce demand through energy efficiency solutions, providing savings of 42 billion units annually - enough to avoid $160 billion in renewable capacity investments. However, barriers like low awareness, high transaction costs, and a lack of standardization must be addressed to fully realize the potential of ESCOs to enhance energy security and reduce costs in India.
“Street Lights Replacement System- A Key Necessity for Make in India Campaign”inventionjournals
The document discusses the need for street light replacement in India to support the "Make in India" campaign. It notes that India faces a deficit between electricity demand and supply that hinders industrialization. Replacing traditional street lights with LED lights could help address this deficit by saving a significant amount of electricity. LED lights last longer, are more efficient, and provide flexibility in lighting that traditional sodium vapor lamps lack. The document argues that widespread street light replacement using LED technology could generate enough electricity savings to help bridge India's power gap and further the goals of the "Make in India" initiative to boost industrialization and economic growth.
The presentation highlights the following :
a) Current status of Renewable Energy in India
b) The issue of duck curve due to high volume of solar energy
c) Demand increase due to Electric Vehicle (EV) will lead to more demand for Renewable Energy
d) Global & Indian Market Scenario for Electric Vehicle (EV)
e) Recommendation of Niti Aayog for development of Electric Vehicle (EV) market in India
1. Developed an adaptive thermal comfort model for India to make the national building code more relevant to local climatic and cultural contexts.
2. Facilitated a tiered compliance approach to sequence code adoption based on ease of enforcement and market readiness, helping smoother implementation.
3. Supported implementation roadmaps for states and knowledge sharing to help roll out the code, while working with cities to incorporate criteria in building by-laws for better enforcement.
Shakti Sustainable Energy Foundation works to strengthen India's energy security through policies that encourage energy efficiency and renewable energy. It is part of the ClimateWorks Network, which connects it to a large pool of technical and policy expertise. Shakti aims to catalyze innovative low-carbon policy solutions through collaborations with government, civil society, and businesses. It works to aid the design and implementation of policies in sectors like appliances, buildings, industry, transportation, and electricity distribution.
Shanti Tekam, a woman from a remote village in Madhya Pradesh, received an award on behalf of her community for their efforts in saving forests. She and another villager received the 6th JSW-Times of India Earth Care Award in the 'community' category for working to save green cover through community participation and helping thousands adopt sustainable livelihood practices. The awards ceremony honored various entities that have demonstrated excellence in climate change mitigation and adaptation. Prakash Javadekar, the Union Environment Minister, praised the efforts of community groups in environmental conservation and promised support for such initiatives.
Energy Efficient Building using Solar Energy and Adoptation of Green Building...ijtsrd
The field of "ENERGY EFFICIENT BUILDING", or building design and constructions that prioritizes energy efficiency and sustainability, is young but rapidly developing. This report's analysis of building construction practices includes description of methods that are currently being employed by the construction industry to increase energy efficiency methods to decrease the amount of energy used in building operating systems, and methods that are currently known to improve energy efficiency but are not yet commercially viable. As energy consumption from residential building is predicted to rise by more than 8 times by 2050 under the business as usual scenario, it is of vital importance for India to develop energy efficiency strategies focused on the residential sector to limit the current trend of unsustainable escalating energy demand. This study investigates methods of restraining growth in energy consumption in the Indian residential sector and documents energy saving potentials that can be achieved with focused policy and market efforts. The report examines other methods of encouraging the public to use energy more efficiently. Also discussed are possibilities for the state of mandate greater energy efficiency in the private sector, primarily through amendments to the building code and to land use and zoning policies. Due to current economic factors, this option may promote a state of policy of energy conservation more than attempting to encourage efficiency with incentives. The ultimate aim is to make the residential building as eco friendly. P K Ponsangari "Energy Efficient Building using Solar Energy and Adoptation of Green Building Techniques" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-6 , October 2019, URL: https://www.ijtsrd.com/papers/ijtsrd28093.pdf Paper URL: https://www.ijtsrd.com/engineering/civil-engineering/28093/energy-efficient-building-using-solar-energy-and-adoptation-of-green-building-techniques/p-k-ponsangari
BGL Building Products Research Report - LED Lighting the WayWendy Neal Ferrara
Our latest report highlighting capital markets and mergers and acquisitions activity, financial and operating performance of certain publicly-traded companies, and trends and issues affecting the industry. LED technology is revolutionizing the lighting industry with favorable secular trends underpinning rapid market penetration. M&A activity remains high as industry participants leverage acquisitions to build scale as the market advances towards intelligent lighting solutions.
Brighten Up Your Space and Save Money Why LED Flood Lights Matter in Cities o...SigmaSearchLightsLtd
In a constantly evolving world, it's essential to keep up with the latest advancements in technology. And when it comes to lighting our cities, LED flood lights shine bright as the future! These innovative lighting solutions illuminate our spaces and bring about significant cost savings and energy efficiency.
T&D India (January 2017): INTELECT 2017 SpecialT&D India
UDAY making good progress
Inside the Magazine:
Leading Story China dominates super critical power equipment in XII Plan
Interactions: Hartek Power, mjunction, NTL Group, Siemens AG, Toshiba JSW Power Systems
Viewpoint: Clean power is the need for data centers
Special Report: FDI in Indian transformer industry
The document summarizes the benefits of LED lighting and Philips' commitment to carbon neutrality. Key points include:
- Philips is committed to carbon neutral global operations by 2020 through energy efficiency, renewable energy use, and carbon offsets. They have already reduced their carbon footprint 41% since 2007.
- Accelerating the renovation of existing lighting and adoption of efficient LED technologies worldwide could yield annual energy savings of €272 billion, reduce carbon emissions by 1400 million tons, and save the equivalent of 1250 power plants by 2030.
- Philips is working on projects and partnerships around the world to promote efficient lighting, including a project in Madrid replacing all street lights with LED that achieves 50
Solar Power 2020: India On A National Solar MissionHIMADRI BANERJI
India can now make 700 megawatts of photovoltaic modules each year, according to the plan. The aim would be to make 20,000 megawatts of solar cells annually by 2017 and to establish expertise in solar thermal technologies.
Total costs would be 85,000 and 105,000 crores ($18.5 billion to $22.8 billion) over a 30-year period. To help finance the project, the plan foresees a significant tax on gasoline and diesel — fuels the government currently subsidizes.
The business plan proposes a new photosensor and motion sensor LED lighting product for residential homes. It aims to reduce energy consumption and carbon emissions by detecting daylight and reducing standby time. The product will be pitched to the National Energy Efficiency Building Program and marketed in two phases: first to builders, then directly to consumers. The management team has experience in marketing, operations, finance, and risk analysis to support the efficient production and implementation of the new lighting product.
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Saur Energy talks to Tata Power on 'EV Market in India' Tata Power
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The UK is readying to import its lock, stock and barrel. A few countries are closely studying it
with the intent of imbibing it. But, it is in India that the world’s most ambitious LED distribution
programme is redefining the way electricity is efficiently consumed and an ecosystem for cost-
effective lighting products created.
T
owards the beginning of 2015, India
initiated the world’s largest light-emitting
diode (LED) distribution programme with
targets that could only be termed overtly
aggressive. To be implemented by the
energy service company (ESCO), Energy Efficiency
Services (EESL), in conjunction with electric distribution
utilities, a total of 770 million LED lights are to be
distributed by March 2019.This is projected to result in an
annual energy saving of 105 billion kWh and reduction in
peak load by 20,000 MW. It is also likely to reduce CO2
emission by nearly 80 million tonne (MT).
A conventional light bulb converts only 5 per cent of
the electrical input to light.On the other hand,the energy-
efficient LED bulb consumes only one-tenth of the energy
used by ordinary bulbs to provide similar or better lighting.
To help consumers overcome the high cost of LED, the
government started the Domestic Efficiency Lighting
Programme (DELP) on bill financing scheme under the
flagship Unnat Jyoti by Affordable LEDs for All (UJALA)
UJALA: LEDing To The Realm
Of Energy Efficiency
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Creating demand through incentives
Upon being quizzed about the success of the
programme, Kumar declares,“The upfront cost is borne by
EESL and the monetised savings over time are used to
recover the cost of investment.This leads to a reduction of
initial cost of adoption of transformative solutions.”This is
mainly accomplished through innovative risk allocation of
procurement, installation, service and maintenance, and
aggregation of demand by including incentives for all
stakeholders.Tenders are floated for large procurements to
leverage economies of scale and benefits passed on to
consumers to stimulate more demand.
The LED industry is projected to grow exponentially
on the back of these initiatives. According to projections
sharedbytheElectricLampandComponentManufacturers
Association (ELCOMA) India, the leading body of
lighting manufacturers in the country, it is expected to
account for 60 per cent of the country’s overall lighting
industry by 2020. For his part, EESL’s Kumar often likes
to term UJALA as the Make in India programme’s biggest
success story as it has helped catalyse domestic
manufacturing by creating favorable market conditions for
the development of new and allied industries. The Indian
LED market has grown nearly 10 times over the past five
years, while annual domestic production has increased
from approximately 3 million LED bulbs in 2013 to 62
million in 2015.
“UJALA has created an ecosystem for high-quality
products even while enabling LED manufacturers to build
a business that will potentially be able to compete
internationally as it will also help meet the growing
demand for affordable LEDs globally,” he asserts.
Rakesh Zutshi, President, ELCOMA India &
Managing Director, Halonix Technologies, agrees
with Kumar’s assessment. He says, “The LED lighting
market in India is projected to register a CAGR of over
30 per cent during the period 2016-21. In view of this, we
expect the LED segment to grow between 40-45 per cent
over the next two years.” In Zutshi’s view, the over
programme,the acronym simply implying “light”in Hindi.
The main objective of the UJALA programme is to
promote efficient lighting, create awareness about efficient
equipment that reduces electricity bills and preserves the
environment. The programme replaced the Bachat Lamp
Yojana, which was launched to distribute the compact
fluorescent lamps (CFLs) to households. Concerns over
the presence of mercury in CFL lamps were among the
primary reasons behind the shift to LED.
By the end of June 2018, over 300 million LED lights
were distributed through special counters in cities.
Moreover, EESL’s Street Light National Programme
(SNLP) was instrumental in retrofitting over 6.1 million
conventional street lights with LEDs in 941 municipalities
across India.This has led to average energy saving of 4,097
million units annually and reduction of 2.82 MT CO2
per year. “Besides the return on investment (ROI), our
business model has reflected human impact, with well-lit
and safe streets enabling businesses to stay open longer
and providing better driving conditions,” surmises
Saurabh Kumar, Managing Director, EESL.
Kumar, who has been at the helm of affairs at EESL
since 2013, has been leading the programme from day one
as the head of the company jointly owned by the state-
owned NTPC, Power Finance Corporation (PFC), Rural
Electrification Corp.(REC) and Power Grid Corp.of India.
Electricity consumers across all 29 states and seven
union territories with a metered connection from their
respective electric distribution company can get the LED
bulbs at about 40 per cent of the market price. They also
have the option of paying for the LEDs in equated
monthly installments. Under the programme, 20W LED
tube lights and India’s Bureau of Energy Efficiency (BEE)
five-star rated energy efficient fans are distributed. The
prices were further rationalised following the
implementation of the Good and Services Tax (GST) in
July 2017.The 20W LED tube lights are 50 per cent more
energy efficient than conventional 40W tube lights and
are available for Rs 220. The energy efficient fans are
considered 30 per cent more energy efficient than
conventional models and are priced at Rs 1,200 per unit.
Three years down the line what had made UJALA into
a textbook case? So much so that the plans are now afoot
to export the concept to even the UK. “It is important to
understand that the government is the biggest marketer in
India. Therefore, if it has taken up an initiative of this
magnitude, the kind of awareness that is generated among
all stakeholders is bound to be very high. We find a lot of
demand getting generated due to the effort,” opines
Vivek Yadav, Senior Vice President, Havells India Ltd.
He adds that such government initiatives are not only
helping expand the market for certain lighting and electrical
products but also challenging domestic manufacturers to
innovate and enhance their product lines.
By the end of June 2018, over
300 million LED lights were distributed
through special counters in cities.
This has led to average energy saving
of 4,097 million units annually and
reduction of 2.82 MT CO2 per year.
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Rs 100 billion lighting market represents a colossal growth
opportunity for the players in the LED segment and could
help the country become the hub of superior and affordable
LED products.
Points out Sumit Padmakar Joshi, Vice Chairman &
Managing Director,Philips Lighting India: “Consumers
in India are increasingly becoming more aware of their
responsibility towards the environment and are switching
over to energy efficient lighting. They are looking forward
to smarter and energy-efficient homes, offices, retail
outlets,and thereby fuelling demand for LED lighting.”In
the past few years alone,Philips has witnessed a significant
rise in demand for LED lighting products on account of
the increased awareness about environment protection
among consumers.
“High energy savings, longer life, lower energy costs,
modular designs and ease of use are some of the potential
drivers that will boost the adoption of LED lighting in the
coming years,” avers Zutshi.
In fact, UJALA’s success has motivated municipal
bodies to also look for out-of-the-box solutions. In Delhi
for instance, the North Delhi Municipal Corporation
(NDMC) has given a contract to the Indian electricals and
lighting major Havells to replace 2,10,000 sodium light
fixtures with LED at their own cost. “We would get a
payback in terms of energy that is saved over a period of
seven years,” informs Anil Bhasin, Executive Vice
President, Havells India, while explaining the contours
of the overall deal to POWER TODAY.
Redefining stakeholder relationships
The success of the UJALA programme has also
resulted in a paradigm shift in the relationship between
distributors of electricity and consumers as it has helped
the former manage their loads better and they, in turn,
have been helping to propagate the benefits of energy
efficiency to consumers.For instance,in the 2017-18 fiscal,
Tata Power aided distribution of over 110,000 LED bulbs
to its Mumbai-based consumers. “Lighting systems
consume around 17 per cent of the total energy generated
in the country. Thus, it is time to abandon the antiquated
technologies and embrace new ones, emphasises
Praveer Sinha, CEO & Managing Director,Tata Power
Co. In addition to having launched several demand-side
management (DSM) programmes for promoting efficient
use of energy, India’s largest integrated power company is
actively encouraging consumers to switch over to LED
lighting products.
Products innovations that are commensurate with the
worldwide trend towards digitalisation are expected to
provide a fillip to the expansion of LED lighting. Or as
Philips’ Joshi states, “This evolution indicates a tectonic
The LED lighting market in India is projected to register a CAGR of over 30 per cent during the period 2016-21.
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JULY 2018 POWER TODAYwww.PowerToday.in 69
shift in technology from electrical to electronics. In turn,
this may represent a significant growth opportunity for
companies offering electronic hardware or components
and solutions used in LED lighting, with functionalities
across homes, public and professional lighting.”
The players in LED lighting are gearing up to handle
the foreseeable growth in LED penetration. As one of the
leading global players in the Indian market, Philips spends
5 per cent of its sales revenue on R&D on developing new
solutions in lighting technology. “In India, we have our
research and innovation centres in Noida and Bengaluru
to deliver local innovations for the Indian market and also
develop software solutions for the world.” The company
recently inaugurated a Remote Operations Center in
Bengaluru to manage its connected lighting installations
across the world, remotely from the city that is often billed
as India’s answer to the Silicon Valley.It has also announced
the launch of Light Fidelity (LiFi)-enabled luminaires
from its existing office lighting portfolio. LiFi is a
technology in which high-quality LED lighting provides
a broadband internet connection using light waves.
At a time when digitalisation is driving much of
innovation and disruption, the Indian companies too are
in the process of gradually upping their R&D spends.
Halonix has a modern laboratory approved by the National
Accreditation Board for Testing and Calibration
Laboratories (NABL) within its manufacturing facility in
Haridwar for testing and development of products.Havells
has indicated plans to boost its spend on R&D from the
present 1 per cent of the total sales revenue to 4 per cent
over the next few years.
And this unparalleled transformation in the Indian
lighting universe has been wrought without provisioning
for any kind of subsidy.
EESL’s Street Light National Programme
was instrumental in retrofitting
over 6.1 million conventional street
lights with LEDs in 941 municipalities
across India.
According to projections shared by ELCOMA India, LED is expected to account for 60 per cent of the country’s overall lighting industry by 2020.
– MANISH PANT
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“LED lighting programme sets off
a supply–demand chain reaction”
In an exclusive interview to POWER TODAY, Saurabh Kumar, Managing Director, Energy Efficiency
Services (EESL) explains how the LED lighting programme has been a big game changer.
How many municipalities in India have
partnered with EESL for the provision
of LED lighting under the energy
services company (ESCO) model at the
last count?
India’s streetlights form a crucial
component of the nation’s investment in
lighting and road safety. Launched in 2015,
EESL’s street light national programme
(SNLP) has been instrumental in retrofitting
over 6.1 million conventional street lights with
LEDs in 941 municipalities across 28 states and
union territories in the country. This led to the
saving of 4,097 million units of energy per year
and reduction of 2.82 million tonne greenhouse
gas (GHG) emission per year on an average.
Besides the return on investment (ROI), our
business model creates human impact. Well-lit, safe
streets enable businesses to stay open longer, besides
providing better driving conditions. Many states have
shown interest in SLNP after seeing its real-time benefits
on our online dashboard.The response that we have received
from states, urban local bodies, and citizens is very
encouraging. We aim to build on this momentum and
retrofit 13.4 million streetlights by 2019.
How many bulbs did EESL replace with energy-efficient
LED solutions from the time of conception of the
programme till the end of FY 2017–18 across India?
Till the end of FY 2017–18, under the UJALA
programme, EESL had distributed 294.6 million superior
quality LED bulbs to domestic consumers covering 36
states and union territories.
What would you consider as the main reasons for the
overwhelming success of the programme?
EESL’s innovative business model of zero
subsidy, zero capex, and pay-as-you-save
obviates the need for any upfront capital
investment in any of the interventions.
The upfront cost is borne by EESL and
the savings monetised over time are
used to recover the cost of investment.
This leads to a reduction in the initial
cost of adoption of transformative
solutions. This is mainly achieved
through innovative risk allocation of
procurement, installation, service, and
maintenance; aggregation of demand
byincludingincentivesforallstakeholders;
putting out large procurements to leverage
economies of scale; and the virtuous cycle of
passing on the benefits to end users for more
demand aggregation.
In your January 2018 interview with POWER
TODAY, you termed the LED revolution as the
country’s biggest Make in India success story.
How has it helped manufacturers of LED lighting
solutions?
Under the UJALA programme, EESL has
6. 71
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JULY 2018 POWER TODAYwww.PowerToday.in
provided an impetus to domestic manufacturing by creating
favourable market conditions for new and allied industries
to develop. The Indian LED market has grown nearly ten
times over the past five years while annual domestic
production has increased from approximately 3 million
LED bulbs in 2013 to 62 million in 2015! UJALA has
played an important role in this rapid growth. EESL’s
approach to bulk competitive procurement has managed to
attract tremendous interest and participation from the
industry. According to the Electric Lamp and
Component Manufacturers’ Association
(ELCOMA) India,the apex body of lighting
manufacturers in the country, the LED
industry is projected to grow
dramatically on the back of
these initiatives. It is
Any more interesting initiatives from EESL in
the coming months?
The National E-mobility Programme
was launched on March 7, 2018 by the
Minister of Power, New and Renewable
Energy, Raj Kumar Singh, in New Delhi. As
on date, it is operational in Maharashtra,
Telangana, and Madhya Pradesh. The
programme is planned and executed in key
states including Andhra Pradesh, Gujarat,
Maharashtra, Rajasthan, Madhya Pradesh,
Telangana, and Uttarakhand.
EESL floated the first phase request for
proposal (RFP) for 5 million smart GPRS
metres in Uttar Pradesh and Haryana on
August 01, 2017. Following which, EESL is
in the process of deploying 4 million smart
metres in Uttar Pradesh and 1 million in Haryana over the
next three years. Further, the second technical bid was
floated by EESL on May 15, 2018, and the price bids of the
qualified bidders will be unveiled shortly. In the second
phase, another 5 million smart metres will be installed over
three years in a phased manner. The states of Andhra
Pradesh, Delhi,Telangana, Gujarat,Tamil Nadu, and Bihar
have also shown interest in the programme.
expected to constitute approximately 60 per cent of the
overall lighting industry by 2020.
The overall impact of the programme is creating a full
supply–demand chain reaction, which delivers favourable
economies of scale to a range of manufacturers and
strengthens the domestic LED market. UJALA has created
an ecosystem for high-quality products,even while enabling
LED manufacturers to potentially be able to compete
internationally, as there is a growing demand for affordable
LEDs globally.
Till the end of FY 2017–18, EESL had distributed
nearly 300 million LED bulbs to domestic consumers
across the length and breadth of India under the
Unnat Jeevan by Affordable LEDs and Appliances for
All (UJALA) scheme. The initiative provided a huge
boost to the domestic LED industry, with the market
growing nearly ten times over the past five years
and domestic production rapidly expanding from
3 million bulbs in 2013 to 62 million in 2015.
– MANISH PANT
The National E-mobility Programme is planned and executed in key states including
Andhra Pradesh, Gujarat, Maharashtra, Rajasthan, Madhya Pradesh, Telangana,
and Uttarakhand.
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“We are encouraging consumers
to switch over to LED”
India is a substantially large market for LED lighting products and, aided by government initiatives
and its unique demographic advantages, the country will continue to expand at a healthy rate
over the next few years, Praveer Sinha, CEO & Managing Director, Tata Power Co tells POWER
TODAY in this exclusive interaction.
What motivated Tata Power to become a part of the
Domestic Efficient Lighting Programme (DELP) and Unnat
Jeevan by Affordable LEDs and Appliances for All
(UJALA) programme?
In a power-starved country like India, energy
conservation is the best way to serve the nation both
economically and environmentally. Lighting systems
consume around 17 per cent of the total energy generated
in the country.It is time to abandon antiquated technologies
and embrace new ones. The concept of energy-efficiency is
integral to Tata Power’s sustainable business objectives and,
through initiatives like these, we wish to create a culture of
energy conservation in the country.The idea is to encourage
consumers to switch to new LED technology in the
coming years.
How many LED bulbs have been distributed to consumers
by Tata Power?
In the financial year 2017–18, we facilitated the
distribution of more than 110,000 LED bulbs to our
consumers in Mumbai.
What are some of the ways in which you are imparting the
importance of energy management and conservation to
your customers across India?
We have undertaken various initiatives in line with our
belief in ensuring a greener and sustainable planet.Over the
years, we have rolled out various consumer initiatives like
multiple demand-side management (DSM) programmes
for promoting efficient use of energy to communicate our
goal of sustainability. Apart from this, we have also
initiated Greenolution, which is a unique initiative that is
not only participative but also engaging, responsive, and
ever-evolving. Through Greenolution, Tata Power has
rolled out various practices and programmes to popularise
sustainability as a movement by making all stakeholders
and the public at large a part of them.
Tata Power is also part of a group of 46 leading
international companies working together to develop a
global policy framework to combat climate change.
Launched in January 2007, the 3C initiative or combat
climate change is a global opinion group consisting of
companies from a broad range of industries demanding
integration of climate issues in markets and trade.
Consequently, what kind of savings have customers
accrued on an average, as a result of your outreach?
The Energy Conservation Building Code (ECBC)
sets minimum energy standards for new commercial
buildings having a connected load of 500 kW or contract
demand of 600 kVA. An innovative business model is
provided through energy service companies (ESCOs)
whereby the energysaving potential of an existing
building can be captured and the risks faced by its owner
addressed. We have also been relentlessly spreading
awareness about resource conservation through Tata Power
Club Enerji (TPCE), our nationwide resource and
energy conservation movement that focuses on creating a
first-hand realisation of the energy crisis and scarcity of
natural resources.
– MANISH PANT
(For full interview, log on to www.powertoday.in)
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“India to be a global hub of
superior LED products”
With the country’s overall lighting market valued at Rs 100 billion currently, there is ample room for
further growth in the LED segment, says Rakesh Zutshi, President, Electric Lamp and Component
Manufacturers’ Association of India (ELCOMA) & Managing Director, Halonix Technologies.
What prompted Halonix to enter the LED business?
Understanding the potential of the LED sector and
anticipating good growth in demand,Halonix Technologies
entered the business early on, aiming to be a part of the
LED revolution. Ever since, we have put together a
large network of distributors and dealerships across
India to ensure that our customers get their queries and
requirements addressed expeditiously. As per our vision,
this is the most effective way to strengthen the market, as
prompt post-sales service is essential for complete customer
satisfaction. Halonix offers time-tested and reliable
LED lighting products that conform to all safety and
performance criteria.
What are some of the potential drivers that will boost the
adoption of LED lighting in the coming years?
High energy savings, longer life, lower energy costs,
modular designs, and ease of use are some of the potential
drivers that will boost the adoption of LED lighting in the
coming years.The government is also doing a commendable
job in promoting this segment by introducing many
schemes like distribution of LED bulbs under Domestic
Efficient Lighting Programme (DELP) and National
Programme for LED-based home and street lighting, to
different parts of the country including rural areas.
Consequently, the demand for LED is growing at a robust
pace in all these markets. At the Electric Lamp and
Component Manufacturers’ Association (ELCOMA)
India we are committed to fulfilling this swift growth in
demand. Simultaneously, we are also working towards
transforming India into a global manufacturing hub of not
only superior but also economic LED products.
What kind of opportunities do you foresee emerging in the
LED segment over the next two years?
LED lighting market in India was projected to register
a CAGR of over 30 per cent during the period 2016–21. In
view of this, we expect the LED segment to grow between
40–45 per cent over the next two years.The ever-widening gap
between electricity generation and demand in the country
has fuelled the growth of energy-efficient LED lighting.
The lighting market in India is worth over Rs 100 billion,
and a major proportion of the demand is in the LED segment.
Of course, that represents a huge opportunity for growth.
Can you elaborate on the kind of government projects your
company has participated in till now?
Halonix Technologies has embarked on a mission to
create a robust ecosystem for the manufacture of LED
lighting solutions and add wings to Prime Minister
Narendra Modi’s ambitious Make in India programme.
Halonix is pushing the credo of Make in India through its
state-of-art manufacturing facility at Haridwar.
– MANISH PANT
(For full interview, log on to www.powertoday.in)
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“Industry is undergoing a
tectonic shift in technology”
The government’s push to energy conservation, rapid urbanisation, increased consumer
awareness, and new innovations will enable a widespread adoption of LED lighting solutions,
according to Sumit Padmakar Joshi, Vice Chairman & Managing Director, Philips Lighting India.
This will likely represent a significant growth opportunity for companies offering electronic
hardware or components for the segment.
What prompted you to enter the LED business in India?
Consumers in India seek smarter energy-efficient
homes, offices, and retail outlets, thereby fuelling the
demand for LED lighting. We have witnessed a significant
rise in demand for our LED lighting products,which attests
the fact that awareness of LED lighting is increasing among
consumers, together with their consideration towards
conserving energy and protecting the environment.
We are the global leaders in LED, conventional and
connected lighting in both professional and consumer
categories. Our size and position across the value chain
provide us significant economies of scale, allowing ongoing
development of innovative technologies, products, and
services. Innovation is core to our business. We hold more
lighting and lighting controls patents than any other
lighting company, with approximately 90 per cent of these
pertaining to LED and digital lighting. In the future as
well, we will continue to innovate in LED to outgrow the
market. Our strong foundation in LED light sources and
luminaires, drive opportunities for innovation in connected
lighting systems.
What are some of the potential drivers that will boost the
adoption of LED lighting in the coming years?
The major drivers that will boost the adoption of LED
lighting are the increasing number of government initiatives
for energy conservation,rapid urbanisation,rising consumer
awareness about energy-efficient products, and innovative
products offered by the industry that are in sync with the
overall trend of digitalisation. This evolution indicates a
tectonic shift in technology from electrical to electronics.In
turn, this may represent a significant growth opportunity
for companies offering electronic hardware or components
and solutions in LED lighting, with functionalities for
homes, public, and professional lighting.
Can you elaborate on the kind of government projects your
company has participated in till now?
We are working with several state governments and
municipal corporations to create safer cities and public
spaces for citizens. Optimum lighting levels in a city can
significantly enhance the perception of safety as it helps to
distinguish people, shapes, and objects so people can react
faster to their surroundings. Visibility, a critical factor in
road safety, can also be improved with the right lighting.
In the past, we have worked on street lighting projects
in Naya Raipur city and Pune Municipal Corporation
(PMC) together with TATA projects, Hyderabad Growth
Corridor, and Department of Rural Development &
Panchayat Raj in Tamil Nadu, to name a few. We have also
installed Philips Colour Kinetics façade lighting solution at
several prestigious government buildings like the
Rashtrapati Bhavan, North and South Blocks, India Gate,
and Ambedkar Memorial in New Delhi.
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What focus does the company give to R&D in LED?
As the global leader in lighting, we innovate, design,
build, and deliver world-class lighting systems embedded
with intelligence and connected through software,to deliver
capability to manage, monitor, and control lighting assets,
and enable data harvesting and analysis for improvement of
lighting operation and business performance.
We are pioneering breakthrough innovations in
products, system architectures, and services, making bold
investments in sensors, cloud-based controls platforms,
connected lighting, indoor positioning technology, and
consumer-based personalised lighting systems. At a global
level,we invest approximately 5 per cent of our sales revenue
in R&D to ensure that we remain at the forefront of
lighting technological developments. We have over 16,000
patents, 1,000 start-up and technical partners, and state-of-
art labs at our global headquarters in the Netherlands,
China, and the US. In India, we have our research and
innovation centres in Noida and Bengaluru to deliver local
innovations for the Indian market and also develop software
solutions for the world. We recently inaugurated our
Remote Operations Centre in Bengaluru that can manage
our connected lighting installations across the world,
remotely from the city.
What kind of opportunities do you foresee emerging in the
LED segment over the next two years?
Over the past few years, there has been a significant
transformationinthelightingindustrywiththeintroduction
of LED lighting. Its penetration has increased substantially
over the past two years owing to enhanced awareness
among consumers about its advantages, such as high
durability and lower power consumption, in addition to its
increased availability and reduced prices. The LED is fast
replacing conventional lighting at workplaces, public
infrastructure, industries, and homes.
However, the latest trend in the lighting industry has
been the emergence of connected lighting, marking a
significant shift, transforming lighting from a commodity
item to a fully integrated system that can seamlessly connect
with a wireless network or ethernet, allowing users to
remotely control and monitor lighting systems. The new
LED lighting systems can now connect and interact
seamlessly with smart controls, networks, devices as well as
apps to offer a customised and tech-enabled lighting
experience, paving the way for a fully digital world. Philips
Lighting foresees that this technology will significantly
enhance a consumer’s lighting experience at home and drive
new business value for professional users.
What new products do you propose to launch this year and
do you have plans to diversify into other segments as well?
We recently announced a new internet of things (IoT)
platform, called Interact, which will enable our professional
customers to unlock the full potential of connected lighting.
The platform supports our company’s strategy to deliver
new data-enabled services as value expands from lighting
products and systems to services. Interact is also the name
of the connected lighting systems that will not only support
customers to improve their lighting experiences but also
generate and upload data to the Interact IoT platform.
These connected lighting systems, offering a unified user
experience, feature applications that address industry-
specific verticals. Available now are Interact City for public
space lighting, roads, streets, pedestrian areas, parks, and
plazas; Interact Landmark for architectural lighting;
Interact Office for offices and commercial buildings;
Interact Retail for large retail and food stores; and Interact
Sports for stadiums.
We also announced the launch of Light Fidelity (LiFi),
a technology in which high-quality LED lighting provides
broadband internet connection through light waves. As the
lighting company for the IoT, Philips Lighting is the first
global lighting company to offer LiFi-enabled luminaires
from its existing office lighting portfolio. LiFi is a two-way,
high-speed wireless technology similar to WiFi but uses
light waves instead of radio waves to transmit data. With a
speed of 30 MB per second (Mb/s) broadband connection,
users can stream several HD quality videos, even while on a
video call.
– MANISH PANT
Philips Lighting is the first global lighting company to offer
LiFi-enabled luminaires a two-way, high-speed wireless technology