The inaugural PV IndiaTech event took place in Dehli in April 2019 and was attended by over 300 attendees.
PV IndiaTech 2020 will continue to bring together all key domestic and overseas stakeholders, including government bodies, investors, and the leading companies today from manufacturing to O&M and asset management. To thrive globally as a major PV power beyond 2020, India has to succeed in unlocking its potential both to manufacture and to lay claim to quality utility-scale solar farms that are providing high returns on investment to site owners.
Attend PV IndiaTech 2020:
India’s PV demand targets remain driven by government targets out to 2022 and 2030, within overall renewable energy capacity additions. While the targets remain ambitious and challenging to reach, the landscape is still one of low-risk with annual deployment levels still among some of the largest globally over the next 10 years.
This session will examine in detail what PV additions will look like in the near to mid-term across ground-mount and rooftop segments, and from floating solar sites, defining the opportunity for both domestic and overseas suppliers and how new manufacturing plants within India can best serve future demand; what will be the role of tenders going forward in terms of driving new technology choices?
The global PV industry continues to see massive advances in terms of module performance and overall blended production costs. The introduction of bifacial modules on tracking systems is redefining the bill-of-materials for utility-scale solar farms. The market-share growth of mono-based modules is now making this technology the mainstream type used, with 400W-plus panels now commonplace.
This session will outline the current state-of-the-art metrics for module and site balance-of-systems components, how this is likely to trend in the next 3-5 years, and what impact this will have on new installations within India across each of ground-mount, rooftop and floating solar segments.
The desire for India to have domestic produced cells and modules remains central to the long-term solar goals from government agencies. Until now, the efforts to enable this have been linked mainly to large-scale ground-mount utility-based tendering.
How successful has this route been to date? How will this change the domestic-produced share of utility-scale module supply out to 2022? Is a different approach required specific to utility-scale sites?
This session will look at the requirements of utility-scale developers, EPCs and asset owners, in terms of maximizing site yield and minimizing module supplier risk through optimizing quality; including the role of bankability across local and overseas module suppliers. Talks will also feature from overseas and domestic GW-scale module suppliers, and how these companies are integral to satisfy the dual goals of end-market deployment targets and increased domestic supply for utility projects across India out to 2030; and the scope for partnership between domestic and overseas companies for Make-in-India.
The rooftop segment within India grown rapidly in the past couple of years and is now of the few global multi-GW specific demand sectors globally. Growth here is now coming from the commercial-and-industrial sector, in addition to public-owned and residential users.
Rooftop optimization remains fundamentally different to ground-mounted sites (including floating solar) and has seen major changes in the past 12-18 months from a module-supplier and module-technology standpoint.
This session will review global drivers for rooftop solar optimization, including the opportunities coming from very high-efficiency n-type modules that are now seeing strong investments within China and across Southeast Asia.
With India inclined to ring-fence rooftop solar (in particular public sector owned) for domestic manufacturers, understanding the benchmarks here for module efficiency and price/cost will be key to driving future investments into local manufacturers.
The move from p-type multi cells and module to mono-based PERC and n-type manufacturing, over the past two years, has been heavily influenced by global research institutes, and technology transfer activities.
This session will examine some of the research being undertaken at leading research labs – including domestic Indian institutes – that is set to impact cell and module efficiencies and powers going forward.
Floating solar has become an integral part of large-scale utility-solar deployment during the past 3-5 years, with GW-plus deployment in select end-markets.
Several GW’s of floating solar is sought within India over the next few years, forming a significant part of government’s mid-term deployment, and with some of the largest domestic project developers lined up to play in this emerging market segment.
This session will explain the key operating characteristics of large-scale floating solar, who are the leading component suppliers, and how to ensure costs are kept to a minimum and build-out is done on time.
Assessing quality in component supplier selection, technologies adopted and site design/operations remains a key issue within the solar sector within India.
Improving quality of build today is compounded by new companies in the supply-chain, the transition to new module technologies and plant design changes using bifacial modules and for floating solar sites.
This session will explain the checks and balances in place to allow investors to minimize risk in supplier/technology selection and site design/operations.
Over the past 12 months, utility-scale solar globally has been adapting to the availability of bifacial PV modules, now available in multi-GW volumes from most of the leading module suppliers.
While bifacial modules have a number of inherent benefits, optimizing site builds and understanding yields over 20-30 years remain challenging questions for developers and asset owners.
This session will discuss learnings from early-mover countries into bifacial site design, the importance of tracker supplier choice, and supply-chains within India set to benefit in the future.
Energy storage solutions (ESS) form an integral part of solar additions globally, used in the right context and with known revenue streams in place. ESS development in India is still a work-in-progress as the country determines how to grow this segment.
While most conversation around energy storage focuses on batteries, a recent Solar Energy Corporation of India tender achieved the lowest tariffs for renewables with storage using a much more ‘old-fashioned’ technology, writes Kowtham raj VS of NITI Aayog.
A 1.2GW hybrid tender in India coupling pumped hydro, batteries, solar and wind power has achieved tariffs that are highly competitive against coal power, according to prominent industry figures.
Recommendations made to the government of India as it prepares to publish its union budget for 2020 from industry group India Energy Storage Alliance (IESA) include measures to support both the upstream of industry and the downstream of clean energy deployment.
Solar Energy Corporation of India (SECI) has issued tenders for 1.2GW of wind and solar hybrid capacity as well as 4MW of floating PV with 2MW/1MWh of battery storage.
The India Energy Storage Alliance (IESA) has published its fifth edition of its India Stationary Energy Storage market report, which predicts that the market for energy storage in India will grow at a CAGR of 6.1% by 2026.
Coal-fired power generation around the world is on track for a record reduction in 2019, according to new research by Carbon Brief.
The conference will return to New Delhi in 21-22 April 2020. Venue details will be published in early January 2020.
