India Energy Storage Alliance

              The India Energy Storage Alliance (IESA) is a membership driven alliance on energy storage (includes, electrochemical batteries, mechanical storage, fuel cell etc.) focused on India market. Various stakeholders includes battery manufacturer, renewable companies (solar, wind), power electronics (inverter, PCS, BMS), microgrids, smart grids, electric vehicles, research institutions, engineering firms, IPPs, material and equipment suppliers, commercial and Industrial users, government and regulatory bodies.         

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Unleashing the Potential of Green Hydrogen: A Sustainable Energy Revolution

In the quest for a cleaner and more sustainable future, the world is turning its attention to innovative energy solutions. One such solution that has been gaining significant momentum is green hydrogen. Green hydrogen holds the promise of reducing greenhouse gas emissions, decarbonizing industries, and revolutionizing the way we produce and use energy. In this blog, we'll explore the concept of green hydrogen, its potential, and the efforts being made in India to harness this remarkable energy source.

What is Green Hydrogen?

Green hydrogen, often referred to as "renewable hydrogen," is produced through a process called electrolysis, where electricity generated from renewable sources like wind or solar power is used to split water (H2O) into hydrogen (H2) and oxygen (O2). Unlike conventional hydrogen production methods that rely on fossil fuels and emit carbon dioxide (CO2), green hydrogen is produced with zero emissions, making it an eco-friendly and sustainable energy carrier.

The Green Hydrogen Advantage

Green hydrogen offers several advantages that make it a promising energy solution:

Zero Emissions: As mentioned earlier, green hydrogen production is emissions-free, which aligns with global efforts to combat climate change and reduce carbon footprints.

Energy Storage: Hydrogen can be stored and transported easily, making it a versatile energy carrier that can be used in various sectors, including transportation, industry, and electricity generation.

Grid Balancing: Green hydrogen can help balance the grid by storing excess renewable energy during times of surplus and releasing it when demand is high.

Industrial Decarbonization: Many industries, such as steel, cement, and chemicals, rely on fossil fuels for their energy needs. Green hydrogen can replace these fossil fuels, enabling industrial decarbonization.

Transportation: Hydrogen fuel cells can power vehicles, offering a clean alternative to internal combustion engines and reducing air pollution.

India's Green Hydrogen Initiative

India has recognized the potential of green hydrogen and has taken significant steps to harness its benefits. The India Green Hydrogen Council (IGHC), as highlighted on their website indiaesa.info, plays a pivotal role in driving the adoption of green hydrogen technologies and practices in the country. The IGHC works closely with industry stakeholders, policymakers, and researchers to create a conducive environment for green hydrogen development.

As we stand at the cusp of a sustainable energy revolution, there are ways for individuals and businesses to get involved:

Stay Informed: Keep yourself updated on the latest developments in green hydrogen technology and policy changes.

Support Research and Development: Encourage and invest in research and development efforts aimed at making green hydrogen production more efficient and cost-effective.

Advocate for Policy Change: Support policies that promote green hydrogen adoption and create incentives for renewable energy production.

Embrace Sustainable Practices: If you are in an industry that can benefit from green hydrogen, explore ways to integrate it into your operations.

Reduce Carbon Footprint: Consider adopting clean energy solutions and reducing your carbon footprint in your personal and professional life.

Conclusion

Green hydrogen holds immense promise as a clean and sustainable energy source. It has the potential to transform industries, reduce emissions, and help combat climate change. India's commitment to the development of green hydrogen through initiatives like the India Green Hydrogen 

Council is a positive step towards a greener future. By staying informed and actively supporting the transition to green hydrogen, we can all contribute to a cleaner and more sustainable world.

Let's harness the power of green hydrogen and usher in a brighter and more sustainable energy future for generations to come!

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Explore Power Storage Solutions - IndiaESA

Discover comprehensive resources on power storage solutions at IndiaESA's Storage. Learn about cutting-edge technologies, sustainable practices, and the latest developments in power storage. Explore the future of energy storage and how it can revolutionize your energy needs. Stay informed and take a step towards a greener, more efficient future with power storage.

Dive into Power Storage Knowledge Now! 

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"Unlocking Tomorrow's Energy: Hydrogen Battery Storage"

In the ever-evolving world of energy storage solutions, hydrogen battery storage is emerging as a game-changer. With the increasing demand for renewable energy sources and the need for reliable and efficient energy storage systems, hydrogen batteries are gaining momentum as a sustainable and versatile solution. In this blog, we will explore the concept of hydrogen battery storage, its potential, and its role in shaping the future of clean energy. If you want to delve deeper into the topic, you can find more resources at the India Energy Storage Alliance's website here.

1. What is Hydrogen Battery Storage?

Hydrogen battery storage is a cutting-edge technology that uses hydrogen as a means of energy storage. It involves the conversion of surplus electricity, typically generated from renewable sources like wind or solar, into hydrogen gas through a process called electrolysis. This hydrogen gas is then stored in tanks or containers, and when electricity is needed, it can be converted back into electricity through a fuel cell or combustion process.

2. Advantages of Hydrogen Battery Storage Energy Density:

Hydrogen has a high energy density, making it an efficient means of energy storage. It can store large quantities of energy in a relatively small space.

3. Zero Emissions:

When hydrogen is converted back into electricity, it produces zero emissions, making it an environmentally friendly energy storage option.

4. Long-Term Storage:

Hydrogen can be stored for an extended period, making it suitable for addressing energy demand fluctuations and seasonal variations in renewable energy generation.

5. Versatility:

Hydrogen can be used for various applications, including powering vehicles, heating, and industrial processes, making it a versatile energy carrier.

Challenges and Solutions

While hydrogen battery storage holds immense promise, it also faces some challenges. One significant issue is the cost of electrolysis, which can be expensive. However, ongoing research and development are focused on reducing these costs and increasing the efficiency of the process.

Additionally, there are challenges related to hydrogen transportation and infrastructure, which need to be addressed for widespread adoption. The development of a robust hydrogen infrastructure will play a crucial role in the success of hydrogen battery storage.

Hydrogen Battery Storage in India

In India, the potential for hydrogen battery storage is substantial. As the country continues to invest in renewable energy sources like solar and wind, the need for effective energy storage solutions becomes increasingly important. Hydrogen battery storage can help India bridge the gap between energy supply and demand, especially in remote areas where grid access is limited.

Conclusion

Hydrogen battery storage represents a significant step forward in the quest for sustainable energy solutions. With its high energy density, zero emissions, and versatility, it has the potential to revolutionize the way we store and utilize energy. As we move towards a cleaner and more sustainable future, hydrogen battery storage will undoubtedly play a vital role.

To learn more about energy storage and stay updated on the latest developments in the field, visit the India Energy Storage Alliance's website here. Don't miss out on the opportunity to be part of the energy revolution with hydrogen battery storage. Embrace this technology, and together, we can create a greener and more sustainable world.

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"Unlocking a Sustainable Future with Green Hydrogen: India's Green Hydrogen Council"

Delve into the world of green hydrogen, the key to a sustainable future, through the India Energy Storage Alliance's dedicated initiative, the "India Green Hydrogen Council." Discover how green hydrogen is transforming industries and revolutionizing the way we harness clean energy. Stay updated with the latest developments, research, and initiatives driving the green hydrogen revolution.

Explore the India Green Hydrogen Council's  today to learn more about the promising future of green hydrogen and join the movement towards a greener, cleaner tomorrow!

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Top Energy Storage Companies Revolutionizing India's Power Sector

In recent years, India has been actively striving towards a cleaner and more sustainable energy future. One crucial aspect of this transition is the development and implementation of energy storage technologies. These innovations are vital for efficiently managing renewable energy sources, grid stability, and reducing carbon emissions. In this blog post, we will explore some of the top energy storage companies in India that are driving the transformation of the country's power sector.

Exide Industries Limited: 

Exide Industries Limited, a leading storage battery producer, has made significant contributions to India's energy storage landscape. The company offers a diverse range of products, including advanced lead-acid and lithium-ion batteries, suitable for various applications such as solar energy storage, electric vehicles, and industrial purposes. Exide's commitment to innovation and sustainable solutions has positioned them as a key player in the energy storage sector.

Amara Raja Batteries Limited:

 Amara Raja Batteries Limited is another notable player in India's energy storage industry. With a focus on advanced lead-acid and lithium-ion battery technologies, the company caters to renewable energy integration, telecom, UPS systems, and automotive sectors. Amara Raja Batteries' products are known for their reliability, performance, and longevity, making them an essential component in the country's renewable energy infrastructure.

Sterling and Wilson: 

Sterling and Wilson, a global solar EPC (Engineering, Procurement, and Construction) company, has expanded its portfolio to include energy storage solutions. They specialize in hybrid power plants that integrate solar, wind, and energy storage systems. Sterling and Wilson's expertise in designing and deploying large-scale energy storage projects has played a crucial role in India's transition to clean energy.

Hero Future Energies: Hero Future Energies is one of India's leading renewable energy companies, actively involved in solar and wind power generation. Recognizing the importance of energy storage, they have ventured into this domain with a focus on lithium-ion battery technologies. By incorporating storage solutions into their renewable energy projects, Hero Future Energies is enhancing grid stability and enabling a higher share of clean power in the system.

Conclusion: 

The rapid growth of renewable energy sources in India necessitates the adoption of efficient energy storage solutions. Companies like Exide Industries Limited, Amara Raja Batteries Limited, Sterling and Wilson, and Hero Future Energies are at the forefront of this revolution. Their technological innovations and expertise are instrumental in enhancing grid reliability, maximizing the utilization of renewable energy, and paving the way for a greener future.

By investing in energy storage technologies, India is not only reducing its dependence on fossil fuels but also mitigating the environmental impact of its energy consumption. As the energy storage sector continues to evolve, these companies, along with others in the industry, are driving the transformation of India's power sector towards a sustainable and resilient future.

To learn more about the advancements in India's energy storage sector and stay updated on the latest industry trends, visit IESA.

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The Significance of Battery Storage: A Game-Changer for India's Energy Landscape

Battery storage is revolutionizing India's energy landscape, providing a viable solution to enhance grid stability, promote renewable energy integration, and enable a sustainable future. Learn more about the importance of battery storage at indiaesa.info and discover how this technology is reshaping the power sector.

Explore the transformative potential of battery storage in India's energy sector at IESA and stay updated on the latest advancements and initiatives. Embrace the power of storage for a sustainable energy future.

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Advancements in Energy Storage: Revolutionizing the Future

In an era where sustainable and clean energy sources are gaining prominence, energy storage plays a pivotal role in ensuring a reliable and efficient power supply. The advancements in energy storage technologies are rapidly reshaping the energy landscape, enabling the integration of renewable energy sources and paving the way for a sustainable future. In this blog post, we will delve into the world of advanced energy storage, exploring cutting-edge technologies, applications, and the transformative impact they hold.

Lithium-ion Batteries: The ubiquitous lithium-ion batteries have become a staple in portable electronics and electric vehicles. Their high energy density, long cycle life, and rapid charging capabilities make them indispensable for various applications.

Flow Batteries: Flow batteries, such as Vanadium Redox Batteries (VRBs) and Zinc-Bromine Batteries, hold great potential for grid-scale energy storage. They offer extended energy storage durations, flexibility, and scalability, making them ideal for integrating renewable energy sources into the grid.

Solid-State Batteries: Solid-state batteries are the next frontier in energy storage. By replacing the liquid electrolyte with a solid electrolyte, they promise higher energy densities, enhanced safety, and improved cycle life. These batteries have the potential to revolutionize electric vehicles and portable electronics.

Thermal Energy Storage: Thermal energy storage systems leverage the power of temperature differentials to store and release energy. Technologies like molten salt storage, phase change materials, and ice-based storage systems are gaining momentum, enabling efficient energy management for both heating and cooling applications.

Applications and Benefits of Advanced Energy Storage:

The widespread adoption of advanced energy storage technologies opens up a myriad of applications and benefits:

Grid Stabilization: Energy storage systems provide grid operators with the flexibility to balance supply and demand, thereby ensuring grid stability. They can store excess energy during low-demand periods and release it during peak demand, mitigating the intermittency challenges of renewable energy sources.

Renewable Integration: Energy storage acts as a bridge between intermittent renewable energy sources, such as solar and wind, and electricity demand. By storing excess energy during high production periods and delivering it during low production periods, energy storage facilitates the seamless integration of renewables into the grid.

Electrification: Advanced energy storage is a driving force behind the electrification of various sectors, including transportation and industrial applications. It enables the widespread adoption of electric vehicles, provides backup power during outages, and supports off-grid electrification in remote areas.

Microgrids and Energy Independence: Energy storage empowers the development of microgrids, allowing communities, campuses, and remote areas to establish their independent power networks. By combining renewable energy generation with energy storage, microgrids enhance energy reliability, resilience, and reduce dependence on centralized grids.

 Learn more about the latest advancements in energy storage and their impact on the sustainable energy transition by visiting India Energy Storage Alliance (IESA) Stay informed, join the energy storage revolution, and contribute to a greener future!

The advancements in energy storage technologies are ushering in a new era of sustainable energy solutions. With the ability to balance grid supply and demand, integrate renewable energy sources, and support electrification, advanced energy storage holds the key to a cleaner and more reliable energy future. Stay updated with the latest developments and be part of the energy storage revolution by exploring the resources and initiatives offered by India Energy Storage Alliance (IESA).

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Advanced Energy Storage: Unlocking the Future of Sustainable Power

Discover the latest advancements in energy storage technology and its significant impact on the renewable energy sector. Explore insightful articles, news, and resources on advanced energy storage at indiaesa.info. Join the movement toward a greener and more sustainable future!

Visit indiaesa.info for comprehensive insights on advanced energy storage and its role in shaping the future of sustainable power. Join the movement towards a greener world today!

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INDUSTRY ACADEMIC PARTNERSHIP

IESA works with top research universities, educational institutions, and government organizations like DST, MEITY, and other R&D national labs to address the need for training and skill development for the energy storage and e-mobility sectors. 

IESA organizes masterclasses, workshops, webinars, and hands-on training sessions, along with providing joint fellowship & scholarships to promote research in India.

Need: The Indian Energy Storage sector is entering a fast-growing phase. With the Governments’ vision on Energy Security deployment of storage technologies will only increase in days to come. As such it becomes crucial to recognize the need to capability building and skill development from this stage to enable the storage industry grow in a sustainable manner.

Objective: To address the need for skill development in the energy storage sector, IESA launched IESA Academy in 2016. The objective of the Academy is to organize training courses, workshops, and master-classes through fostering Industry and Academia collaborations. These programs aim to empower companies to enter the energy storage market as well as help existing manufacturers expand their business in energy storage manufacturing by imparting their current/potential employees with the right skillset.

Methodology: IESA works with top research universities such as VJTI, Karpagam Academy of Higher Education and Savitribai Phule Pune university to address the need for training and skill development for the sector. We also work closely with Skill Council of India for bridging the skill gap in India. Through such collaborations we organize masterclasses, workshops, webinars and hands-on training sessions.

Activities:

Since its initiation in 2016, IESA has conducted many capacity building workshops, Masterclasses on storage and component manufacturing, Hands-on training on Lead Acid and Li-Ion battery O&M. project finance, modelling, electric vehicle manufacturing, microgrid monitoring and design across India at strategic locations including Guwahati, Pune, Delhi, Hyderabad and Mumbai.

Partnered and is working with VJTI- TBI for the incubators. 

Specific Benefits to all academicians as an IESA member as here under

Support to develop research labs & implement projects in the institute campus- IESA faculty member can approach to a large number of member industries to carry out research, also for setting-up of various research labs or centre for excellence at the institutes.

Joint industry proposal to carry out testing and product development- IESA member industry can help institutes to bring its lab scale development to pilot scale or prototyping. This way university and the research group will get maximum visibility and recognition.

Internship & research position for students at IESA & IESA member companies- Students can secure their internship IESA member universities/industries, also they will get a chance to work with the IESA member industry after completing their degree.

Access to IESA/CES in-house labs and technology experts- Member faculty or student can access IESA battery lab facilities, also they can interact with in-house storage technology experts.

Technology incubator- IESA incubator would help faculty/student members to bring their technological innovations to a most meaningful way.

Closely works with National labs & DST, MEITY on research & development- IESA has very close association with various national labs and also takes part in different technical discussion in govt initiatives as a part of govt committee members. Member faculty or institute can reach to IESA for any kind of details about the storage related activities.

Capacity building training programs on energy storage, EV & microgrids under IESA Academy- Under the IESA academy, member faculty or student can participate in capacity building training in a most interactive ways which covers current market trend on different technologies, policies, and guidelines.

Participation in IESA events- Faculty members or students can participate in different IESA events, workshops, and conferences.

Complimentary copy of IESA Publications (Emerging Technology News- ETN Magazine) & Knowledge Papers

Roles and Opportunities for Graduates in Supporting India’s Energy Transition Towards EVs and RE- Click to know more

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SAFETY AND STANDARDS TASKFORCE | IESA

Standardization is a critical topic with a direct impact on new product development and existing product propagation. IESA’s Safety and Standards Task Force works on developing performance & safety aspects of energy storage. IESA is a part of the BIS standards committee (ETD-52) and provides inputs on new standards for Li-ion cell, BMS, ESS systems, and charging infrastructure.

With the same thought process IESA and UL signed a MoU to create an Energy Storage Standards TaskForce in 2015.

The key areas of mutual working are:

Educating IESA members on standards development process

Standards gap analysis in the identified areas of interest

Standards training

Formation of standards cell and UL to act as a secretariat for standards development

UL standards development tool–CSDS deployment for standard development

Access to relevant UL Standards

IESA also joined the EES Sectional Committee by BIS (Bureau of Indian Standards) in 2016.

The scope of the committee includes standardization in the field of grid integrated Electrical Energy Storage Systems in India. The Sectional Committee focused on the following:

Standardization in the field of grid integrated Electrical Energy Storage Systems.

EES to include any type of grid-connected energy storages, which can both store electrical energy from a grid or any other source and provide electrical energy to a grid.

Activities:

Organized a training on safety and standards with ARAI.

Conducted India’s first two days training workshop for li-ion cell fabrication and battery testing in Pune with Centre for Materials for Electronics Technology (C-MET) on 11th and 12th March 2020.

Helped Indian companies and startups for the technology due diligence with the help with IESA's lead acid and Li-ion lab. 

Sign up for IESA's newsletter for more information

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IESA Startup and Innovation

IESA Startup and Innovation

About the initiative:

IESA’s Startup & Innovation initiative has been launched with a view to work with incubators, accelerators, Government institutes, and organizations who are focused on upscaling and supporting startups, entrepreneurs, R&D institutions, and early-stage companies with their next-generation storage, EV & microgrid innovations and technologies.

Focus Areas:

Microgrids, New Energy and Sustainability, Smart Grids and Energy Storage.

Objectives:

To inculcate entrepreneurship and the creation of enterprises on knowledge-based innovation specially focused on electricity, new and renewable energy, and environmental sustainability

To catalyze the growth of smart grid, microgrid, and energy storage technologies have driven enterprises

To link potential incubators with knowledge strength, scientific guidance, and resources and provide them with immense business, networking, and commercial opportunities.

Advantages

Industry Connect

Connecting with Industry stakeholders (suppliers and buyers)

Connecting with Industry stakeholders (suppliers and buyers)

Invitation to be part of the IESA Innovation Pavilion during IESA flagship events

Invitation to be part of the IESA Innovation Pavilion during IESA flagship events

Invitation to join IESA and its activities

Invitation to join IESA and its activities

Invitation to be part of the annual Global Start-Up Outreach Program and Pitch Competition

Invitation to be part of the annual Global Start-Up Outreach Program and Pitch Competition

Government Connect

Invitation to attend Government meetings & roundtables

Support to apply for Govt. funding opportunities

Connect with Invest India, AGNII, Start-Up India, MSH, and other state government investment agencies

Investment Connect

Invitation to have one on one meetings with potential investors

Support in preparation of the Pitch deck

Support in preparation of the Pitch deck

Mentorship by Industry experts/veterans

Mentorship by Industry experts/veterans

Invitation to apply for International and National grants

Invitation to apply for International and National grants

Join IESA for more information

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MIGHT (Mobility and Infrastructure with Green Hydrogen Technologies)

Objective:

The MIGHT initiative is intended to explore opportunities for India to exploit the potential of green hydrogen technologies for green energy acceleration and the adoption of clean transport.

 MIGHT will also focus on the applications of hydrogen for industrial and agricultural applications beyond electricity generation. IESA will work to identify and remove any barriers as well as work on building an innovation ecosystem for green hydrogen technologies.

Why Green Hydrogen in India?

To avert some of the worst effects of climate change and the problems of increasing carbon emissions scientists say that we should not capture global temperature increase within limits of 2 degrees annually. 

One tool that is gaining traction to achieve this objective is green hydrogen. The benefit of green hydrogen is that it is a safe burning molecule that lets us decarbonize a variety of industries such as telecommunications, stationary, and transportation to name a few.

 Global momentum for 'green hydrogen' as a clean fuel and an energy storage option can be generated by the growth of renewable energy.

In its national roadmap, Korea made its desire to be a global FCEV passenger vehicle champion very evidently. Japan accepts its limited opportunities for clean energy and has made strategic commitments and investments and G2G contracts with Australia for importing green hydrogen. 

Currently, Europe leads in electrolyzer and FCEV technologies, as well as demonstration stage projects and public funding projects.

India too is working to develop a green hydrogen economy to produce Hydrogen gas and power vehicles on the road and reduce dependency on oil. It further will help in reducing dependency on oil and fossil fuel imports as India accounted for nearly 8.7% of total emissions of global greenhouse gas emissions in India in 2011 and the number is rising rapidly ever since. 

 Further, India’s energy-related carbon emissions are estimated to reach 31.9 Gt in 2020 and to limit to 21.7 Gt in 2035, as targeted in the Copenhagen Accord, measures need to be undertaken and a transition to a clean energy transition to a Hydrogen Economy. 

One of the major initiatives for the clean energy sector that the Government of India announced was the plan to launch a National Hydrogen Mission. There will be five primary areas in which the government will concentrate.

This includes R&D, market development, how it can be used in business, how to build an eco-system, including policies for this, and how to get industry and foreign collaborations on board.

Delhi became the first city in India to operate buses with hydrogen-enriched CNG (HCNG). Several companies are working towards operating more hydrogen-run buses in the country while some are at the piloting stages. IROAF (Indian Railways Organization for Alternate Fuels) has invited bids to develop a hydrogen fuel cell-based hybrid power train in Kalka- Shimla section.

Which Sectors can contribute to the Hydrogen Ecosystem?

Production: Production of green hydrogen using electrolysers (PEM based, AFC based and SOEC) powered by renewable energy

Storage: Next generation technologies for compact, safe, and cost-effective storage of hydrogen

Stationary Power Generation: Distributed power generation using fuel cell technologies (SOFC, PEMFC, AFC, PAFC and MCFC) for industrial and domestic applications.

Mobility: Hydrogen generation and distribution infrastructure for enabling PEMFC based transportation (land based – commercial and heavy-duty vehicles, marine and aviation)

Industrial Hydrogen Uses: Green hydrogen generation for addressing all industrial requirements (fertilizer production, food processing, steel & cement manufacturing, chemicals industry etc.)

IESA Activities on Hydrogen:

IESA has signed MOU with MENA Hydrogen Alliance :

MENA Hydrogen Alliance launched in 2020 to accelerate the development of value chains for green molecules in the region and brings together private and public sector actors and academia.

 Under the umbrella of Desertic 3.0, Dii Desert Energy acts as neutral advisor to elaborate business cases and to educate different stakeholders on all aspects of producing, transporting, and using green hydrogen and other green molecules. This includes exporting green molecules to world markets, including Europe.

IESA has signed MOU with Greenstat Hydrogen India Pvt Ltd:

Greenstat Hydrogen India Pvt Ltd is a Norwegian energy company with a specific focus on green hydrogen, solar, wind, and zero-emissions maritime solutions. Greenstat vision is To Make Green Happen. To achieve this vision Greenstat and its subsidiaries focus upon different business areas that will contribute to fulfil the company’s vision.

 In the year of 2020, IESA had organized two webinars

Hydrogen & Fuel cell technologies & Opportunities for India: In this webinar, experts discussed about hydrogen and Fuel cell-based generation for vehicle and stationary applications. Speakers from Niti Aayog, Hydrogen in Motion, Indian Oil Corporation, TATA Sons, and NTPC participated in the webinar.

Organized a workshop on the Hydrogen Economy and India – Nordic Collaboration (Supported by Innovation Norway and Business Finland) at India Energy Storage Week, on 2 Nov 2020, and a session on Technological Readiness of Hydrogen Storage for Stationary and EV Applications on 6 Nov 2020.

IESA organized its 3rd annual event on hydrogen and fuel cell, “India Hydrogen & Fuel Cell Conclave – #IHFC2021” on 25th May 2021 focused on both mobility and stationary applications.

IESA’S Contribution to Hydrogen Economy

Technological due diligence on Hydrogen

Support in the Market entry

Helping in understanding the technology partnership with Global companies to India

 You can learn more by becoming an IESA member.

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IESA Industry Excellence Awards

Powered by CES, IESA Industry Excellence Awards was started in 2017, an initiative to recognize the perseverance, innovation, and achievements of organizations involved in the energy storage landscape in India. These awards celebrate the value these organizations have created for the end consumers in the country.

In 2020, IESA Industry Excellence Awards expanded the market segments and award categories to include EV charging infrastructure, Microgrids, along Energy storage and Electric vehicles markets. 

With this, IESA aims to acknowledge all the companies & industry stalwarts, those who have made their mark in the industry during the past year through technology innovation, market leadership, competitive strategy, etc.

The 5th IESA Industry Excellence Awards was held on 3rd May '22 at Pragati Maidan New Delhi to recognize the best of companies, leaders, and path-breaking projects in the field of energy storage, electric vehicles, and microgrids. 

Presented awards across 20+ categories spanning technology innovations, startups, and projects, to outstanding CXOs, researchers, policy pioneers, and drivers of progressive union and state policies. 

The awards gala witnessed prominent faces from the clean energy and green tech ecosystem bringing together ministers, public sector officials, and private industry executives to recognize their efforts in helping build a greener world order.

Based on the themes defined, IESA Industry Excellence Awards honored pathbreaking products, services, and solution providers at the event. The winners were felicitated in the presence of Shri. Ghanshyam Prasad, Joint Secretary, Ministry of Power, Govt. of India, Prof. Ashok Jhunjhunwala, Institute Professor, IIT Madras, Dr. Rahul Walawalkar, President, IESA, MD, CES (India), and Debi Prasad Dash, Executive Director, IESA. 

The following are the different awards categories presented at the IESA Industry Excellence Awards 2022:

Energy Storage Project of the Year Award- Ampere hour & BSES Rajdhani Power Limited

EV Infrastructure Project of the Year Award- Fortum Charge & Drive India & BSES Yamuna Power Limited

Technology Innovation of the year for Energy Storage (Industry)- Log 9 Materials

Technology innovation of the year (PSU)- Energy Storage- Hindustan Petroleum Corporation Ltd

Emerging Company of the Year- Energy Storage Supply Chain- Epsilon Advanced Materials

Startup Company of the Year- E-mobility Services- BluSmart

Startup company of the Year – EV- Log 9 Materials

Startup Company of the Year- Energy Storage- Ampere hour

EV Infrastructure Company of the Year- Tata Power

EV Components Company of the Year- Tata AutoComp

Company of the Year – EV Infrastructure OEM- Exicom Tele-Systems

Company of the Year in Safety Awareness- Energy Storage- Underwriters Laboratories (UL)

Energy Storage Company of the Year- Exicom Tele-Systems

EV Product of the year-Electric Two-Wheeler- 450X from Ather Energy

EV Product of the year- Electric Four-Wheeler- Nexon EV from Tata Motors

CXO Of the Year- Energy Storage- Vijayanand Samudrala , President – New Energy at Amara Raja Batteries

Emerging CXO Of The year- Energy Storage- Stefan Louis,CEO, Nexcharge

Lifetime Achievement Award- Energy Storage and EV- Prof. Ashok Jhunjhunwala. Indian Institute of Technology, Madras

Researcher of the Year (Industry) - Energy Storage- Dr. Venketeshwarlu Manne from Amara Raja Batteries

Researcher of the Year (PSU)- Energy Storage- Dr. Milind Kulkarni of the Centre for Materials for Electronics Technology

Policy Pioneer of the Year- Energy Storage- Ghanshyam Prasad, Joint Secretary, MoP

Best EV State Award- Karnataka and Tamil Nadu

Best State in EV Adoption- Delhi

Best State in E-bus Adoption- Maharashtra

Best State for Manufacturing: EV and Energy Storage- Tamil Nadu and Gujarat

IESA Policy Catalyst Award for EV and Energy Storage- Niti Aayog and DHI

IESA Earth Day Hero Award- Sainath Manikandan & Sai SahanaManikandan; Sawan Kanojia; Team Sustainosphere and There Is No Earth B

The winners were selected by a team of external juries based on competitive scoring and evaluation framework developed by the jury panel and senior advisors to IESA which comprise global Industry veterans and policymakers.

For the Industry Excellence Awards, the criteria for selection of winners across categories was based on acknowledging the work of organizations, projects, and people who not only help in promoting green energy solutions and technology for a decarbonized future but also create safety and value for the end consumer.

Become a member of the leading alliance in India focused on advanced energy storage, green hydrogen, and e-mobility.  Join IESA and become a member today.

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Make In India (IESA initiative)

AtmaNirbhar Bharat - Energy Storage Manufacturing Roadmap for India, Roundtable Discussions to accelerate Advanced Energy Storage Manufacturing, supply chain & Recycling, Ecosystem. The roundtable was attended by 100+ key industry stakeholders. 

It was graced by some eminent dignitaries’ like Mr. Suresh Prabhu, India's Sherpa to G20, G7, Member of Parliament, Mr. Satendra Singh, Joint Secretary, Ministry of Mines, NITI Aayog and numerous international partners graced the discussions. 

These discussions attempted to highlight the importance of domestic production, considering the risk of current global supply chain disruptions. Based on these discussions, a detailed report has been submitted to PMO and copied to the Ministry of Power, Ministry of Heavy Industries, Minister of Micro, Small and Medium Enterprises, and Niti Aayog.

Roundtable 1: (Wednesday, 15th July 2020): Advanced Energy Storage Manufacturing in India: Global Manufacturing Overview, India Business & Policy drivers, Investment opportunity, Technology selection, global partnerships, Tax and duties, Central and State Policy incentives

Roundtable 2: (Wednesday, 29th July 2020): Supply chain for Advanced Energy Storage Manufacturing: Raw materials, specialty processed materials, manufacturing equipment, components

Roundtable 3: (Wednesday, 12th August 2020): Urban Mining & Recycling Ecosystem to support Advanced Energy Storage Manufacturing in India- Battery handling and environmental rules, global best practices, recycling technology, recycling supply chain, and enforcement of regulations

By collating information from industry players of member companies, IESA has submitted inputs on the discussion points for Advanced Battery Manufacturing in India in the month May’2019. 

Since then in constant communication with Niti Aayog and other ministries/departments on the launch of the Mission. IESA wrote multiple letters in the year 2020 (3rd Mar’2020, 10th July 2020, 22nd Sept’2020, 6th November 2020) requesting to expedite the launch of the mission explaining the consequences/threats due to delay in the launch and missing Investment opportunities to other countries. 

A recent letter on 6th Nov was submitted with the support of Industry associations like the Indian Electrical and Electronics Manufacturers Association (IEEMA), India Smart Grid Forum (ISGF), Electronic Industries Association of India (Elcina), and MAIT.

Recently organized an Open webinar on India’s National Program for Advanced Cell Chemistry (ACC) Battery Storage Manufacturing under PLI Scheme, November 26, 2020. In this webinar Industry, experts and government representatives shared & discuss the details about the program, application procedure, eligibility criteria, and incentive details.

With the view to bolster the manufacturing capabilities of the country and enhance exports, the Union Cabinet today approved production-linked incentives (PLI) in 10 key sectors including Advanced Chemistry Cell (ACC) battery, under the Atmanirbhar Bharat vision.

ACC battery has been approved for a financial outlay of INR 18,100 crores. Automobiles and auto components have been approved for INR 57,042 crores. IESA has put a lot of effort over the past 2 years into generating interest amongst Technology Companies & Investors about setting up manufacturing in India.

 NITI Aayog has issued the draft Request for Proposal (RFP) documents for the selection of private entities to set up manufacturing facilities that produce Advance Chemistry Cells (ACC). IESA closely works with various government bodies to support the industry to make India a global hub for manufacturing and adoption of energy storage & electric mobility technologies.

 To understand more details about this program, IESA organized a webinar in Nov’2020 where Niti Aaayog joined with Industry experts and government representatives and discussed the details about the program, application procedure, eligibility criteria, and incentive details.

 Now we are gearing up our efforts with the support of our 120+ members & other stakeholders to achieve the vision set by your hon’ble self in ensuring India to be a global hub for advanced storage technologies. In line with this, we have planned a series of activities to support the scheme and promote the Program in the next coming few months which includes global webinars for clarifications related to application procedures, connecting central/state governments with potential investors, promoting market opportunities, etc.

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Changing Trends in Telecom Infra in India to Re-define Use of ESS

We are discussing growth again in India and it is also the buzz word in the telecom industry in the country. Per person, data services usage in India grew by over 30 % in 2014, which has led to a renewed interest in investments in the sector.

 The next level of investments will be aimed at the improvement of teledensity in rural India, which has currently reached around 46% against 147 % in urban parts of the nation. Investments will also be aimed at optical fiber network expansion and setting up of new telecom towers for all 2G, 3G, and 4G services.

 Operators have been facing capacity issues in the 3G spectrum with only around 20% penetration of 3G services in the Indian metros. 3G penetration at pan India level is just over 6% and is likely to increase in leaps and bounds by 2020 due to the high demand for internet services over cheaper smartphone handsets.

 However, the high growth in the sector may not translate into high profitability due to increasing operating costs. Telecom tower operators have registered extraordinary energy bills that are in the range of 25 to 40% of their overall operational costs. 

This is due to the unreliable nature of electricity supply at tower sites. To mitigate the risk of unreliable electricity supply, the industry is undergoing a structural transformation where more and more towers are operated by ESCOs, O&Ms or Energy Management Service providers who are owning, maintaining and operating the passive energy infrastructure. These companies are providing energy at a contracted fixed cost basis.Some of the key trends which are driving the need for better alternate energy storage solutions are mentioned below:

The poor State of Electricity in Rural India

Fast saturating urban voice markets and the government’s plan to significantly improve teledensity in villages to over 70% by 2017 has led telecom companies to comprehensively focus in rural lands. The challenge here lies in providing services with power availability less than 10 hours per day. 

 Over 17,000 tower sites are not at all connected to the grid and they run entirely on diesel-Genset (DG) backup. Telecom industry claims that over 450,000 towers have been installed in the country with 70% of the towers running on the DG back-up of over 8 hours.

In many such sites, DG optimization has been achieved by the usage of Li-ion batteries. These batteries have certainly demonstrated fast charging capabilities, superior efficiency and higher depth of discharge. 

Such advanced properties have given them an edge over existing dominating VRLA technologies which under severe operating conditions have reported less than 800 cycles.

RET Mandate and Limitation of Lead Acid Battery

The industry is of opinion that DOT (Department of Telecommunications) mandate to power 50% of rural towers and 20% of urban towers from hybrid sources (renewable energy technology + grid power) by 2015 is unrealistic. 

As reported by telecom industry participants, carbon emission reduction targets can be met with the use of advanced energy storage technologies and implementation of RET is not required at over 20% of urban towers by 2015. 

Till 2014, approximately only 10,000 towers were powered by solar PV based hybrid system and more than 70,000 are operating without the use of diesel. The installation of hybrid energy solutions at the telecom towers site can be a practical issue due to the unsuitability of the site for solar PV installation.

 In this case, tower companies are not willing to spend more on capital expenditure after heavy spending at spectrum bidding. Advanced energy storage technologies are likely to make inroads in either case of PV getting installed or not. Current installations of a lead-acid battery are not good enough for replacing diesel as they require long charging duration and will have a shorter life if regularly discharged to the depth. On top of it, lead-acid batteries are not monitored and the site operators are not aware when they would need a replacement.

Evolution in Telecom Infrastructure and Technologies

Telecom tower owners are switching over to outdoor BTS (Base Transceiver Station) from indoor BTS as they have realized more than 50% power consumption is a reduction.  Indus Towers, the leading telecom tower company in India, has claimed that half of its sites are outdoor BTS.

 For outdoor telecom sites, storage technologies with better performance at extreme temperatures are preferred. In this scenario, Li-ion and Flow Battery have shown better results than even VRLA Gel batteries which are more resistant to temperature fluctuations than any other lead-acid technology currently available in the market. 

And with the reduction of prices of Li-ion to less than $400 per kWh, the Levelized Cost of energy in case of Li-ion + AC/DC generator installation is much lesser than that for Lead Acid + AC/DC generator.

Secondly, in the coming years, 3G and 4G technology penetration will increase and these technologies will have a smaller power requirement than 2G technology. Current 4G BTS installations are known to consume 800W of power. 

The next generations of BTS: Smart cells, picocells, and femtocells will be mostly in-house installations with power requirements less than 500 W. Such connections will be installed in millions across the country and their smaller structural design will demand a back-up solution with high energy density. In this scenario, Li-ion will be an advantage over technologies like flow batteries, as they are much bigger in size.

Conclusion

In recent times, more and more operators and ESCOs are looking to optimize energy costs by limiting usage of diesel gensets and also by increasing DG efficiency by running it at maximum loading. These companies have tried many alternative options like flow battery, Li-ion battery, hybrid energy sources (including solar PV and also wind). 

However, Li-ion has come out as the preferred technology until now because of its fast charging ability, high efficiency, deep discharge, and high energy density. Lone competence of Li-ion which is yet to be demonstrated at a telecom site is their long cycle life. 

However, Li-ion manufacturers are very confident of this property and are even ready to offer longer warranties than that offered with lead-acid batteries. 

There are challenges in switching over from lead-acid to Li-ion as they require better charging and monitoring infrastructure. Each of these Li-ion (from different companies) may require a unique set of BMS (Battery Monitoring System). 

So unlike VRLA, where it is easy to switch between the vendors, in Li-ion batteries, one has to be aware of the compatibility of charging and battery monitoring set up before ordering Li-ion batteries from a particular vendor.  In this case, an advanced lead-acid battery may replace an existing set of VRLA much easily than Li-ion.

Become a member of the leading alliance in India focused on advanced energy storage, green hydrogen, and e-mobility.  Join IESA and become a member today.

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Energy Storage not a distant reality in India: Can power backup at customer end support grid stability?

Remember this scene from the Bollywood movie 3 Idiots? Indeed it was a hilarious scene, where the main character Rancho (Aamir Khan) started explaining the concept of an inverter that can take power from all the car batteries in the parking lot outside a wedding reception and can provide back-up power for the ceremony. 

We all laughed at it, as he was the uninvited guest at the wedding and with this excuse he was trying to explain this presence at the ceremony!

Just imagine, the way Rancho explained if all the back-up power systems like UPS and inverters with batteries at our commercial complexes and industries can be connected to the grid to provide frequency regulation ancillary services.

 The overall ESS (Energy Storage System) cost can be much lesser than we expect if we can achieve this task of integrating all the backup infrastructure at our consumer's end and instead provide a stable and reliable grid to the country. 

Similar models can be applied in many countries in Africa and Asia where the power backup market is fairly large due to the poor grid infrastructure.

In India alone, the power back upmarket is estimated to be over $4 billion, out of which UPS, inverter and battery market is expected to be around $1.7 billion, which is huge.

 This size of the market is good enough to provide ancillary services in the scale of 1 GW. On top of this, advancement in battery technologies and smart grid solutions can really enable this concept and can bring great benefits.

However, currently, there is no market for Frequency Control Ancillary Services in India. Hence, the ESS market for this application does not exist. But the market has huge potential for the future since the government is considering the introduction of policies on this front.

 Ancillary power supply market will be worth 3 to 4 GW in India. And ESS can account for almost 25 to 30 % of this market. Hence an ESS market worth almost 1 GW might open up in the next five years just for ancillary service application.

 You can learn more by becoming an IESA member.

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India poised to adopt energy storage revolution with 2 new initiatives for energy storage deployment

This month 2 major announcements by the Ministry of New and Renewable Energy (MNRE) and Power Grid Corporation of India Ltd (PGCIL) have opened doors for energy storage deployment for ancillary services and renewable integration in India.

 Although this is just a beginning, I am excited about the potential of these projects to start a new direction for Indian Electricity Grid.

India has witnessed the number of transformations in the past 50 years starting with the Green Revolution of the 1960s that transformed the agricultural practices in India. 

In the 1970s and 80s, the “White Revolution - Operation Flood” included the world's biggest dairy development program which transformed India from a milk deficient nation to the largest milk producer in the world within a span of 30 years.

 The 1990s saw the economic reforms that opened up the Indian economy and led to the telecom and IT revolutions that have made India a leader in the knowledge economy in the 2000s.

Today, India is one of the fastest-growing economies in the world, with a current electricity generation capacity of ~230 GW to meet the needs of over 1.25 Billion population. India's per capita annual consumption of energy at ~600 kWh is one of the lowest in the world, even when compared to developing countries like Brazil and China. 

This is a decade where India needs a clean energy revolution for transforming the electricity infrastructure to provide energy access to over 400 million households that still lack basic access to electricity.

At the same time, India currently boasts a middle-class population exceeding 300 Million (almost the size of USA) that is looking for the same level of energy access and power quality that is taken for granted in developed countries through movement towards Green Cities and sustainable living. 

Also, the lack of reliable and quality power supply is a major obstacle for accelerating the development of manufacturing and industrial sector in India that is required to maintain 8-10% economic growth for the world's largest democracy. 

Consumers bear a large burden due to poor quality and unreliable power supply. Industries maintain diesel-powered generators and households have inverters with batteries as backup for unscheduled power cuts, low voltages or variable frequency.

Advanced Energy Storage systems can play a key role in every part of the modern grid in India.The newly elected government in India has taken a number of steps in the past couple of months to fast track development of the energy infrastructure and set aggressive targets for continued renewable energy deployments in India. 

Policymakers have taken some key initiatives that can drive grown of storage & microgrids:

India is looking for rapid adoption of clean energy technologies with the anticipated addition of 30-50 GW of new wind capacity and 20-30 GW of solar capacity by 2020.

India has various initiatives for providing energy access where the government of India provides up to 90% of the capital funding for building microgrids in rural areas with no access to electricity.

Telecom Regulatory Authority of India has mandated the use of renewable power for telecom towers in India that are currently utilizing diesel power as a primary source of energy.

These policy initiatives have resulted in tremendous opportunities for the integration of energy storage technologies for a variety of applications. The advanced energy storage market in India is in its infancy however it carries significant market potential.

 A recent market assessment by India Energy Storage Alliance (www.indiaesa.info) suggests a potential of 15-20 GW by 2020 in India.Immediate applications range from telecom tower backups to grid ancillary services and renewable integration.

 The $300 Million orders during 2013 by Indian Telecom Companies for purchasing Li-Ion batteries for telecom tower backup is a perfect example of the value proposition of the advanced storage technologies, and willingness of Indian businesses to adopt such technologies.

 Now with the RFPs issued by PGCIL and MNRE, similar opportunities will open up for grid-scale energy storage deployment.India has also recently launched a National Mission on Electric Mobility with a target of 6 million electric vehicles (4 million two-wheelers and 2 million four-wheelers) by 2020. 

For efficient roll out of the EV program, electrical distribution infrastructure upgrades and smarter systems are required which will control/limit the simultaneous charging of hundreds of EVs from the same feeder. 

Beyond just timing the consumption of power, immediate policy level support is required to build enabling infrastructure to integrate the EVs in the electrical network so that these millions of EVs connected to the power system can be leveraged as virtual power plants (VPPs) that can store energy when there is surplus generation and support the grid during moments of deficit. Globally Vehicle to Grid (V2G) technologies is evolving rapidly that can achieve these objectives.

Recent India Auto Expo featured for the 1 time a pavilion dedicated to electric and hybrid vehicles. The key challenge for making this electric mobility possible is the advancement of cost-effective energy storage systems. The rapid advancement in technology and the scale provided by the growing Indian market coupled with localization potential can help drive down the cost of these emerging technologies.

The India Energy Storage Alliance (IESA) was launched in 2012 to promote Energy Storage and Micro grid technologies and their applications in India. To further the growth of awareness about storage and the application of storage to solve electricity system problems, we launched the knowledge Partner Network (IESA KPN) for open and transparent information exchange. 

In the past 6 months, the IESA network has grown rapidly and currently, more than 25 members are actively exploring opportunities for energy storage and microgrids. 

These members include a good mix of energy storage technology providers, power conversion system providers, system integrators, project developers, large users, potential investors as well as research institutions.

IESA is a new initiative, still in infancy, but with the support of all our members and strategic partners from around the world, we are confident that we can play a pivotal role in this energy revolution for India in the coming decade. 

India has a robust manufacturing sector and many innovative entrepreneurs who are looking forward to forge partnerships with leading global technology companies. Such a partnership has true potential to not only help solve the energy issues in India but could make India a manufacturing base that can support the needs of the global energy industry.

 Become a member of the leading alliance in India focused on advanced energy storage, green hydrogen, and e-mobility.  Join IESA and become a member today.