- THE CONFERENCE -

Uniting Innovation. Powering India’s Clean Energy Transition.

India's energy sector is entering a defining phase of transformation driven by rapid economic growth, industrial expansion, urbanization, increasing electricity demand and the country's long-term commitment toward achieving Net Zero emissions by 2070. Over the last decade, India has emerged as one of the fastest-growing renewable energy markets globally, creating substantial momentum in solar and wind deployment while setting ambitious targets for achieving 500 GW of non-fossil fuel-based installed capacity by 2030. While significant progress has been made in renewable generation capacity addition, the next stage of the country's clean energy journey presents a far more complex challenge. The focus is gradually shifting from simply generating clean energy to building an integrated ecosystem capable of producing, storing, transmitting and utilizing energy in a reliable, efficient and economically sustainable manner. Government initiatives and long-term policy direction continue to accelerate this transition.

The increasing penetration of renewable energy into the national power system is simultaneously creating new opportunities and operational challenges. Unlike conventional energy sources, renewable generation patterns are inherently variable and often disconnected from real-time consumption requirements. As India's energy demand continues to rise across industries, transportation systems, digital infrastructure and urban ecosystems, the requirement for technologies capable of enabling flexibility, energy security and deep decarbonization has become increasingly important. The future energy architecture will therefore not be defined merely by how much power is generated, but by how effectively it can be stored, transported and deployed across multiple applications.

India's energy transition is therefore entering a more sophisticated phase where the conversation is gradually moving beyond capacity addition toward system optimization and long-term sustainability. The next decade will require technologies and infrastructure capable of addressing energy reliability, storage requirements, industrial decarbonization and future energy security objectives. As India advances toward becoming a globally competitive clean-energy economy, the transition from isolated solutions toward integrated energy ecosystems will play a defining role in shaping the country's future growth trajectory.

Hydrogen is rapidly evolving from a future concept into a strategic component of the global energy transition. Traditionally used in refining and fertilizer sectors, Hydrogen is now increasingly viewed as a clean energy carrier capable of supporting deep decarbonization across sectors where direct electrification remains challenging. Heavy industries such as steel, cement, chemicals, shipping, aviation and long-haul transportation continue to contribute significantly toward industrial emissions and require alternative pathways capable of delivering large-scale carbon reduction. Hydrogen technologies are increasingly being viewed as one of the most practical solutions to address this challenge.

Recognizing the strategic importance of this emerging sector, the Government of India launched the National Green Hydrogen Mission with an approved outlay of approximately ₹19,744 crore, aimed at positioning India as a global hub for Green Hydrogen production, utilization and exports. The Mission has outlined ambitious objectives including development of approximately 5 Million Metric Tonnes (MMT) of annual Green Hydrogen production capacity by 2030, supported by nearly 125 GW of associated renewable energy capacity. The broader ecosystem is expected to attract investments exceeding ₹8 lakh crore, generate more than 600,000 employment opportunities, reduce fossil fuel imports substantially and contribute significantly toward carbon emission reduction efforts.

India's unique advantages provide a strong foundation for scaling Hydrogen technologies. The country possesses abundant renewable energy resources, a rapidly expanding industrial base, growing domestic manufacturing capabilities and favorable geographic positioning that can support future export opportunities. Simultaneously, increasing activity across electrolyzer manufacturing, fuel-cell technologies, Hydrogen storage systems, Green Ammonia projects, transportation applications and port-based infrastructure development indicates that the industry is gradually moving beyond pilot projects toward commercial-scale implementation.

At the same time, the accelerated deployment of renewable energy has introduced an equally important challenge associated with reliability and flexibility of power systems. Solar generation peaks during daytime hours, while demand patterns frequently rise during evening periods. Managing these variations while maintaining grid stability has created a growing requirement for efficient energy storage systems.

Battery Energy Storage Systems (BESS) have therefore emerged as a critical component of India's future power infrastructure. Over the past few years, battery technologies have moved from being considered an auxiliary support mechanism to becoming an essential requirement for enabling large-scale renewable integration. As India moves toward higher penetration of renewable energy sources, energy storage is increasingly becoming a necessity rather than an option.

Industry studies and policy discussions indicate that India's energy storage requirements could grow significantly over the coming decade, with estimates suggesting several hundred gigawatt-hours of storage demand by the early 2030s. Government initiatives including Viability Gap Funding support mechanisms, storage obligations and policies promoting domestic manufacturing are expected to accelerate deployment across utility-scale projects, commercial applications and distributed energy systems.

The evolving BESS ecosystem is creating opportunities across battery manufacturing, cell technologies, project development, engineering services, charging infrastructure, recycling technologies and integrated renewable-energy systems. Increasing participation from utilities, developers, EPC companies, technology providers and investors demonstrates growing confidence in the long-term potential of the sector.

The next chapter of India's energy transition will not be defined by individual technologies operating independently. The future will increasingly depend upon integrated systems where multiple technologies function together to create resilient, efficient and scalable energy ecosystems.

Hydrogen and BESS represent two complementary components of this emerging energy architecture. While Battery Energy Storage Systems provide rapid-response solutions capable of addressing short-duration balancing requirements, renewable integration challenges and grid flexibility needs, Hydrogen technologies offer pathways toward long-duration storage, industrial decarbonization and clean fuel applications. Together, these technologies create a more comprehensive framework capable of supporting both energy reliability and long-term sustainability objectives.

The convergence of these sectors is expected to create significant business opportunities across manufacturing, infrastructure development, technology innovation, project deployment and investment ecosystems. The emergence of integrated renewable projects, Green Hydrogen production facilities, energy storage systems, industrial decarbonization initiatives and next-generation mobility solutions indicates the beginning of a broader market transformation where energy production, storage and utilization become increasingly interconnected.

Recognizing this changing industry landscape, Hydrogen Technology and Bharat BESS Expo 2027 have been conceptualized as an integrated industry platform bringing together policymakers, government agencies, utilities, project developers, manufacturers, technology providers, investors, researchers and key stakeholders from across the energy value chain.

The integrated event aims to create a collaborative environment that encourages knowledge exchange, technology showcase, business networking and strategic partnerships capable of accelerating deployment and commercialization efforts. Beyond serving as an exhibition platform, the event seeks to facilitate dialogue around policy frameworks, technological advancements, investment opportunities and future market developments that will shape India's clean energy ecosystem.

As India moves toward becoming a globally competitive clean-energy economy, the coming decade will present unprecedented opportunities for innovation, investment and industry collaboration. The convergence of Hydrogen Technologies and Energy Storage solutions is expected to play a defining role in this transformation.

The EXPERTISE

Mission Energy Foundation, with nearly two decades of experience in facilitating industry engagement and knowledge platforms across the energy sector, has been actively contributing towards meaningful dialogue, collaboration and ecosystem development. Building upon its experience and the successful conclusion of three focused industry conferences, this year the integrated Hydrogen Technology & Bharat BESS Conference 2027 is created as an unified platform that brings together stakeholders across the clean energy value chain and supports India's evolving energy transition journey.

Uniting Innovation. Powering India's Clean Energy Transition.

The integrated conference aims to create a collaborative platform for knowledge exchange, technology showcase, strategic partnerships and business engagement across Hydrogen and Battery Energy Storage ecosystems. By bringing together policymakers, industry leaders, technology providers, project developers, investors and key stakeholders, the initiative seeks to accelerate dialogue and support the adoption of technologies that can contribute toward India's clean energy transition.

BE PART OF INDIA'S LEADING
HYDROGEN TECHNOLOGY & BATTERY ENERGY STORAGE MOVEMENT

Hydrogen & Energy Storage Technologies

The conference stands as a must-attend platform for stakeholders looking to explore the latest technologies, innovations and solutions driving India's rapidly evolving clean energy ecosystem. Connect with emerging suppliers, technology innovators and leading industry players showcasing advanced solutions across Hydrogen and Battery Energy Storage Systems (BESS), including production technologies, storage solutions, energy management systems, battery technologies, infrastructure development, components, materials, engineering capabilities and next-generation technologies designed to accelerate clean energy deployment and future projects.

Hear from 50+ Expert Speakers

The integrated Hydrogen Technology & Bharat BESS Conference 2027 will bring together 50+ expert speakers and 250+ industry participants representing policymakers, technology providers, utilities, project developers, manufacturers, researchers, investors and key stakeholders from across the energy value chain. The conference program will feature focused discussions on emerging technologies, market opportunities, policy frameworks and deployment strategies, with dedicated tracks and sessions covering Hydrogen production and utilization, energy storage systems, grid integration, manufacturing ecosystems, infrastructure development, industrial decarbonization, mobility applications, innovation pathways and future clean-energy solutions.

3 Day Focused Technology Tracks

Mission Energy Foundation will host a first-of-its-kind integrated techno-commercial conference focused on the evolving landscape of Hydrogen Technologies and Battery Energy Storage Systems (BESS). The conference will bring together policymakers, industry leaders, technology providers, project developers, utilities, investors and researchers to discuss emerging opportunities, market developments and technology innovations shaping the future clean energy ecosystem. Over two days, focused conference tracks and thematic sessions will explore areas including Hydrogen production and utilization, Battery Energy Storage Systems, grid integration, manufacturing ecosystems, infrastructure development, industrial decarbonization, mobility applications and next-generation clean energy solutions, while enabling participants to move freely across sessions and engage with diverse perspectives across the energy value chain.

HYDROGEN TECHNOLOGY ECOSYSTEM

BATTERY ENERGY STORAGE SYSTEMS

- Well Supported By -

History of 3 Successful Years...

100+ TECHNOLOGY EXHIBITORS
25+ SPONSOR COMPANIES
70+ EXPERT SPEAKERS
500+ CONFERENCE ATTENDEES
2000+ EXHIBITION VISITORS

CALL FOR SPEAKERS - NOW OPEN

If you are interested in speaking at the Hydrogen Technology & BESS Conference 2027, we invite you to put forward your presentation proposal for review by our international conference advisory board. Please note that not all submissions can be accepted but all will be considered ahead of the final submission deadline.

Proposals must be submitted by online speaker registration mode. If selected to speak, all presenters will be required to submit a presentation in PowerPoint format at least 2 weeks in advance of the conference to ensure guidelines are met.

We encourage proposals from speakers with deep technical and practical expertise in all aspects of Hydrogen Technology & BESS

Deadline For Paper Submission Thursday, 15 August 2026

- DRAFT AGENDA -

*Invited Speakers

Thursday, 22 April 2027

08.30 - 09:20 | Registration & Welcome Tea

09:20 - 09:30 | Organiser Welcome Address

09:30 - 11:00 | Industrial-Scale Hydrogen Ecosystems – Production, Infrastructure & Deployment

Discussions around Hydrogen production pathways, industrial-scale deployment, storage and transportation infrastructure, supply-chain development and emerging applications across energy and industrial sectors.

11:00 – 11:30 | Networking Tea Break

11:30 – 13:00 | Battery Energy Storage Systems – Enabling Reliable & Flexible Power Systems

Focused discussions around utility-scale storage, renewable integration, grid flexibility, emerging battery technologies and future energy systems.

13:00 – 14:00 | Networking Lunch Break

14:00 – 15:00 | Manufacturing, Supply Chains & Technology Innovation

Discussions around domestic manufacturing ecosystems, localization initiatives, component supply chains, engineering capabilities and technology advancements across Hydrogen and BESS sectors.

14:00 – 15:00 | Policy, Investments & Emerging Market Opportunities

Focused discussions around regulatory frameworks, investment trends, financing mechanisms, business opportunities and commercialization pathways.

14:00 – 15:00 | Panel Discussion – Building India’s Domestic Clean Energy Manufacturing Ecosystem

Leadership discussion focused on localization strategies, giga-scale manufacturing, supply-chain resilience, technology transfer and strengthening India’s clean energy industrial ecosystem.

16:00 – 16:30 | Networking Tea Break

16:30 – 18:00 | Hydrogen + Storage – Building India's Integrated Energy Future

A high-level leadership discussion focused on how Hydrogen and Energy Storage technologies can collectively support industrial decarbonization, energy security and long-term clean energy objectives.

18:00 | End of Day One - Followed by Networking Cocktail Dinner

Friday, 23 April 2027

08.30 - 09:30 | Registration & Welcome Tea

09:30 - 11:00 | Hydrogen Applications – Industry, Mobility & Emerging Use Cases

Focused discussions around deployment of Hydrogen across industrial operations, refineries, steel, fertilizers, heavy mobility, shipping, aviation and future application ecosystems.

11:00 – 11:30 | Networking Tea Break

11:30 – 13:00 | Large-Scale Energy Storage – Grid Modernization & Utility Perspectives

Discussions around utility-scale storage deployment, peak demand management, ancillary services, renewable integration strategies and future grid modernization initiatives.

13:00 – 14:00 | Networking Lunch Break

14:00 – 15:00 | Safety, Standards & Infrastructure Development

Focused discussions on Hydrogen handling systems, storage and transportation safety, codes and standards, battery safety, fire protection systems and infrastructure readiness.

14:00 – 16:00 | Digitalization, AI & Smart Energy Management Systems

Exploring digital technologies enabling intelligent energy ecosystems including AI-driven energy optimization, monitoring platforms, predictive analytics, battery management systems and smart operational solutions.

16:00 – 16:30 | Networking Tea Break

16:30 – 17:30 | Panel Discussion – Future-Ready Power Systems & Intelligent Energy Networks

Discussion around digital utilities, smart grids, decentralized energy systems, AI integration, real-time monitoring, predictive maintenance and the future of intelligent power infrastructure.

17:30 | End of Day Two - Followed by Networking Cocktail Dinner

Saturday, 24 April 2027

08.30 - 09:30 | Registration & Welcome Tea

09:30 - 11:00 | Policy, Investments & Emerging Market Opportunities

Focused discussions around regulatory frameworks, investment trends, financing mechanisms, business opportunities and commercialization pathways across Hydrogen and Energy Storage sectors.

11:00 – 11:30 | Networking Tea Break

11:30 – 13:00 | Ports, Logistics & Export Infrastructure for the Hydrogen Economy

Discussions around port infrastructure, export readiness, Hydrogen bunkering, storage terminals, logistics ecosystems and international trade opportunities.

13:00 – 14:00 | Networking Lunch Break

14:00 – 15:00 | Energy Storage Commercialization & Emerging Business Models

Focused discussions around commercial deployment models, merchant storage opportunities, virtual power plants, storage-as-a-service and industrial energy optimization solutions.

15:00 – 16:00 | Panel Discussion – Financing India’s Next-Generation Clean Energy Transition

Leadership discussion bringing together investors, developers, financial institutions, policymakers and technology providers to discuss scalable financing and commercialization pathways for Hydrogen and Energy Storage projects.

16:00 – 16:30 | Networking Tea Break

16:30 – 17:30 | Industry Leadership Forum – Accelerating India’s Integrated Clean Energy Ecosystem

Leadership discussion bringing together policymakers, developers, manufacturers, utilities and technology providers to discuss pathways for scaling Hydrogen and Energy Storage ecosystems in India.

17:30 | Vote of Thanks and End of Conference, Followed by Networking Dinner

- Registration Process -

Online Registration

To participate as Delegates / be a Speaker submit your online registration 

Receive Invoice

We will email you an digitally signed invoice along with necessary required documents for processing the payment.

Make Payment

Make online payment via Bank Transfer / Credit Card / Cheque / DD to our postal address.

Fee Structure for EXPO VISITOR - SPEAKER - CONFERENCE DELEGATE

EXPO VISITOR

Completely Free

Register NOW

SPEAKER

Indian Speaker:
INR 36500 + 18% GST

Overseas Speaker:
USD 950

Register NOW

CONFERENCE
DELEGATE

Indian Delegate:
INR 16500 + 18% GST

Overseas Delegate:
USD 400

Group Discount
5% for 3+ Participants
10% for 7+ Participants

Register NOW

- VENUE -

Vivanta by Taj - Dwarka
Sector 21, Dwarka
New Delhi - 110077

- ORGANISER -

The Organisation
Mission Energy Foundation is a persistent, private, not-for-profit endeavour based in Mumbai, India. We are registered under sec 25 (1), 80G & 12AA respectively.

The Begining

A single man army with its mission to build platforms of discussion, exchange knowledge among industry professionals on core issues pertaining to growing energy sector.

GOAL

Mission Energy Foundation is a micro-enterprise initiative that strives to spread knowledge in the globalising energy sector. We educate and spread technology awareness through ongoing contacts and discussions with the public and industry concerning what the future of the growing energy sector should be...

Today
A human asset working together as one endeavour that expertise in organising and delivering successful international summits involving who's who from Entrepreneurs to Academicians to Government Authorities to Technology Providers to Consultants to Industry Professionals from the growing energy sector globally.

Who to Contact?

Exhibition Support

Nityanand Gavandi
President Partnership
partnership@missionenergy.org
+91 9820814644

Exhibition Support

Purnendu Kumar
Project Manager
pkumar@missionenergy.org
+91 9819674246

Sponsorship Support

Shehzad Khwaja
Sr Manager Sponsorship
sponsorship@missionenergy.org
+91 9769310944

Registration Support

Rohit Khanna
Asst. Manager Marketing
rohit@missionenergy.org
+91 7977448340

Registration Support

Shrihari Bhat
Project Manager
sbhat@missionenergy.org
+91 9819984644

Registration Support

Amit Thakur
Manager Business Development
outreach@missionenergy.org
+91 9137715392

Registration Support

Saqlain Mansuri
Manager Business Development
connect@missionenergy.org
+91 8850233674

Speaker Support

Ashwinkumar Khatri
Director General
dg@missionenergy.org
+91 9833951556

Invoice Support

Deepa Kanojia
Head Creatives & Admin
deepa@missionenergy.org
+91 9992853953

Mission Energy Foundation

(A Not-For-Profit Organisation)

Contacts

+91 98560 98360
003, B-16, Sector 1, Shanti Nagar
Mira Road (East), Thane
Maharashtra 401107
help@missionenergy.org