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National Consultation on SDG 7
“Affordable and Clean Energy”
Venue – Juniper Hall, India Habitat Centre, Lodhi Road, New Delhi
Date – 23rd February, 2017
Session Name: Inaugural Session
Panelists:
Welcome Address - Shri Anil Kumar Jain, Additional Secretary, NITI Aayog
Special Remarks- Prof. Sachin Chaturvedi, DG, RIS
SDGs and Energy Scenario- Dr. Ajay Mathur, DG, TERI
Keynote Address- Dr. Arvind Panagariya, Vice Chairman, NITI Aayog
The Session started with a welcome address by Shri Anil Kumar Jain. In his special address,
Prof. Sachin Chaturvedi, specifically highlighted the issue of metrics to monitor progress
with respect to the SDGs. Dr Ajay Mathur addressed the issue of energy scenario in India in
the context of SDG 7. His key observations were as follows:
Remarks by Dr. Ajay Mathur
SDG7 (Affordable and Clean Energy) + eradicating poverty+ access to water are at
the heart of the challenges but fit into India’s development goals very well because of
the schemes which already exist.
The main Goals under SDG7 are:
o Universal Access to Clean Energy
o Improvement in energy efficiency
o Increase in the use of RE
India uses .6 TOE/ person/ year which is drastically less than developed countries
(HDI>.9) which use 4TOE/person/year
As we develop the .6 number will increase but due to technological development,
competition, increase in efficiency standards, good quality of life (comparable to that
in developed nations) is achievable at less than 4 TOE. It may even be possible to
achieve those living standards at less than 3TOE
Presently, there is a lot of excess installed capacity in the power sector.
The current supply will be able to satisfy the increase in future demand even when
transport electrification is taken into account (these numbers are greater than the
ones mentioned in the 19th EPS) at least till 2026. That is when coal PLF is projected to
reach 80%.
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This presents a 10 year window to make RE as competitive as coal so that all new
capacity additions are RE
The costs of solar and battery are coming down drastically. New generation Lithium-
ion batteries have a lower lifetime cost than lead batteries and will contribute in the
effort to make solar competitive.
Therefore, competitive procurement, incentive to build, enhancement of volume and
decreasing prices will be required to take advantage of the 10 year period.
By 2030 buildings with ACs will use half as much energy as today. This can be
ensured through:
o Regulations (although important, will play less important role)
o Establishing a new, efficient method of construction
o Supplying materials required for efficient buildings
o Making efficient construction the new norm
In transportation, the focus should be on urban planning, public transportation, and
on electric vehicles
Changes in energy efficiency, transport, RE take-up will occur when they make
business sense.
Metrics will be required to measure the outcome of these models
Remarks by Dr. Arvind Panagariya
The SDGs (like: 0 hunger, gender equality, access to education, health, clean water)
are subsumed in our national goals
India’s national goals have already included what we now call SDGs
Elimination of poverty has been a goal since independence
SDGs include both goals and instruments. Instruments embedded in the SDGs are
helpful eg: growth is not a goal in itself. Rather, it acts as a tool which can help attain
SDGs. Similarly, job creation is an instrument that helps strive for better health,
education standards and also plays an important role in promoting gender equality.
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Session I: Ensuring universal access to affordable, reliable and modern energy services
Chair: Shri S. Vijay Kumar, Distinguished Fellow, TERI
Panelists:
Shri Arun Verma, Joint Secretary, Ministry of Power
Shri Abhishek Jain, Senior Programme Lead, Council on Energy, Environment and
Water (CEEW)
Shri Ashok Sreenivas, PRAYAS Energy Group
Mr. M.P. Singh , Deputy General Manager, Punjab Energy Development Agency, Govt.
of Punjab
Remarks by S. Vijay Kumar
Sustainable development goals (SDGs) fit with India’s development agenda and
more than one goal has direct relationship with SDGs.
There is a linkage between clean energy and forest conservation as 49% of cooking
energy comes from fuel wood. Hence, any solution which provides clean energy
solution has an impact on forest conservation as well.
There is need to follow inclusive approach and to develop further on work already
being done in this field. There is need for integrated cooking and lighting energy
policy which will address the differences.
Each state needs to look at its pattern of cooking and lighting and analyze what
needs to be done at state level. Central government needs to have a policy with
customization at state level. Involvement of states becomes very crucial to achieve
SDGs.
Remarks by Arun Verma
There is need to ensure access to electricity by household and access doesn’t imply
just connectivity to household rather there is need to ensure sustainable supply of
energy as well.
To ensure sustainable supply of energy, there is need to engage multiple
stakeholders including consumers.
Within the country there is a lot of variation in access to electricity as the Northern
and Southern parts are much better off as compared to eastern and north-eastern
states such as Bihar, Assam, Arunachal Pradesh, and Jharkhand etc.
There are various enabling acts/ policies such as Rural Electrification Policy 2006,
National Electricity Policy 2005, National Tariff policy 2006 etc., schemes such as
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UDAY, DDUGJY etc. The Government is also promoting renewable energy by
setting a target of 175 GW by 2022 and promoting energy efficiency interventions
such as PAT, UDAY etc., technology advancement through promotion of smart
grids, digital India etc.
To achieve the objectives set in these initiatives, there is need for strong political will,
enthusiasm and engagement with power utilities, consumer groups and panchayats.
There is need to improve on the quality of supply over and above providing
connectivity to household. To achieve this, there is a need to look for solutions by
managing demand and supply such as providing electricity to farmers only for the
hours that they need it instead of 24 hours.
The majority of the states have joined UDAY initiative with the overall consensus to
promote sustainable DISCOMs. States are becoming more and more focused towards
promoting cleaner energy and developing roadmap to ensure connectivity.
Government has considered various initiatives such as GARV, URJA, Vidyut Pravah
etc. to improve transparency, accountability and outreach.
The main problem is not of availability rather affordability. There is a need to use
differential tariff structure to overcome the problem of affordability as cant charge at
commercial rate from household who have even difficulty in paying for initial
connection. Also the Government has made it mandatory that large companies spend
at least 2 percent of their profits every year on corporate social responsibility (CSR)
which acts as cross subsidy. Also state governments are providing subsidies to make
it easily accessible to households.
Earlier clean energy was considered to be costly but this has changed with the price
of solar energy per unit going down.
The main questions are about the delivery of energy to people, the issue of free
riding, the financial health of DISCOMs and consumer awareness.
Remarks by Ashok Sreenivas
India faces a paradoxical situation as supply exists but still there is problem of
electricity access. One of the key challenges which India faces with regard to
electricity is the issue of distribution.
The major problem is to ensure the quality of supply even though households have
been electrified as in December 2016, 41 % of household experience power cut for
more than 15 hours per day even though considered as electrified. Thus, electricity
access doesn’t get automatically translated into better quality of livelihood.
There is need to promote universal access to energy at affordable prices. There is
diversity in the level of development within states so there is need to follow different
approach with tailor solutions to state realities.
Most of the states do not need to sign new power purchase agreement rather need to
use existing low cost power to prioritize access. In most of the cases, PPAs have been
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signed but not been able to utilize it properly and results in unnecessary payment of
high fixed costs.
There is need to undertake more realistic demand estimation by taking into account
latent demand, on-site generation, price elasticity of demand etc. To improve
accountability, there is need to undertake several initiative such as publish 11 KV
feeder level data, enhance the role of regulators etc.
The problem of cooking access is not primarily an energy access problem rather it
also have health and gender related dimension. The second highest DALYs are due
to household air pollution which is primarily result of use of traditional fuels. By
making the shift towards modern fuels, we can avert more than 10 million DALYs
due to just five diseases (IHD, COPD, LC, Stroke, and ALRI) by 2030. Also the shift
to modern fuel is highly cost effective. Presently, there are initiatives to increase LPG
connections such as PMUY, Ujjawala program and also shift away from merely
improving stove efficiencies.
India is a diverse country and hence neither one solution can solve problem nor one
fuel. With regard to Biogas, there are options available for cattle rich states but there
is need to develop sustainable business model for community sized plants. PNG is a
feasible option for urban areas with high density and other uses by making
improvement in regulatory regime, infrastructure and availability of gas. Promotion
of LPG requires viable distribution networks, reliable supply, easier cash flow for
consumers (such as introduction of smaller cylinders) and effective subsidy delivery.
There is need for coordinated multi-ministerial approach involving MoHFW,
MoWCD and MoRD and strategy to address multiple issues. Also there is need to
bring out detailed annual status report.
Remarks by M. P. Singh
Punjab has a renewable energy mix including biogas, solar power and small hydel
except wind power, in its energy portfolio. It has increased solar power generation
from 9W in 2013 to 1000MW in 2017 through smaller decentralized power generation
capacity project. Punjab is progressively carrying out smaller rooftop solar power
project and biogas project as there is lot of issues faced due to open burning of
biomass. Punjab is also opening bio-ethanol board in collaboration with Verbio and
CVC infrastructure.
There is need to promote a liberal Goods and Service Tax regime for New and
Renewable Sources of Energy (NRSE). Also there is need to strongly enforce RPO
through penal mechanism by regulator and State RPO fixation as per latest amended
tariff policy. There is a need to upgrade the grid for assimilating higher renewable
energy power share. Also need to promote a regime for third party interstate open
access for RE power.
Remarks by Abhishek Jain
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Energy access has various facets and aspects such as affordability, accessibility,
reliability, quality and health & safety. Even though the number of household
electrified is 96% but meaningful access is only 37%. The problem faced in states like
Bihar, Jharkhand and Uttar Pradesh is of connectivity while in case of Madhya
Pradesh issue is of reliability and quality. In these states, some household don’t have
connection due to unavailability of grid. While majority of population have grid in
the vicinity but they have not taken connection due to lack of affordability. 50% of
the population is not getting more than 8 hours in a day in these states. In case of
Bihar, even though micro-grid are being used but they predominantly use diesel and
provide supply primarily in evening hours to households.
There is a shift from village electrification to household electrification but eventually
need to move towards 24*7 power supply in which monitoring plays a crucial role.
There is need to incentivize better supply through reliable reflective tariff. Also there
is a need to look beyond household towards community services such as education,
healthcare etc. and towards productive applications i.e. towards income generating
activities.
6% of household have to curtail their cooking due to insufficient access to fuel. Even
though 22% have connection but primarily only 5% household use it.
Cooking access remains low in all six states. 78% of rural households in states don’t
have LPG due to high upfront cost and recurring cost. Less than 1.1 % rural
households used improved cook stoves. To improve cook stoves, there is need to
boost R&D, and increase standardization of fuel etc.
Session II: Enhancement of share of clean and renewable energy to meet NDC commitments
Chair: Shri Manu Srivastava, Principal Secretary, Renewable Energy, Govt. of Madhya
Pradesh
Panelists:
Shri. Santosh Kumar, CCF & Director, S & T and Renewable Energy, UT Chandigarh
Mr. James Mathew, Director (SSD), Ministry of Statistics and Programme
Implementation
Mr. Shirish Garud, Director, Energy Environment & Technology Development
Division, TERI
Shri. A H Salman, Power Corporation Limited, Govt. of Uttar Pradesh
Introductory Remarks by Shri Manu Srivastava
Introduced REWA project
Solar Park Development under REWA project
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SECI and state entity joint venture for setting up the solar park
RPO targets for Madhya Pradesh
Previous solar bids results
Rajasthan Badla solar park – lowest cost of Rs. 4.34 per KWh
Participation of all 20 major bidders totaling upto 7500 MW
Bidding went on for 33 hours, 10 AM 9th Feb until 7:00 PM 10th Feb
Power to Delhi metro from REWA project
Direct PPA’s with end consumers
3 tier payment security to ensure proper payment against electricity supply
REWA project – the only solar park to take World Bank and VGF funding
Internal and external evacuation infrastructure to be ready much before the project.
No direct penalties – penalties based on cash retention only, if project completes on
time then cash would be given back.
24% power supply to Delhi Metro using Optimum Supply Arrangement
DMRC pays Rs. 6.5 per KWh
Remarks by Shri. Santosh Kumar:
Chandigarh leading solar city in terms of solar rooftops installations
Concept of solar city
TERI prepared master plan for Chandigarh
Solar power installation target increased from 10 MW to 50 MW by 2022
Chandigarh already installed Grid tied solar rooftop plants of 9.8 MW as on 31st
December, 2016
Sector - wise energy consumption
Chandigarh: Solar RPO (filling RPO obligations)
Major achievements in solar installations for Chandigarh
Future Strategies: UT Administration Intervention: 35 MW, Private Sector: 15MW
Promotion of Solar Energy in Residential/ Commercial/ Industrial Sector
Solar tariff in FY 2016-17, 2017-18
Initiatives taken to promote solar power in private sector
Awards and recognition which Chandigarh received in terms of solar installations
Displayed and described about major solar installations in Chandigarh
Remarks by Mr. James Mathew
SDG follow up and review: 3 levels of follow up and review
Global Indicator framework: India a member country in IAEG – SDG representing
South Asia
IAEG – SDGs prepared a list of 240 indicators
National Indicator framework: NITI Aayog has allocated a nodal ministry for each
goal
Remarks by Mr. Shirish Garud
Energy consumption – one of the indicators of development
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India still lagging behind
Implementation models under REWA project – how cost can come down
Exist clause of investors – one major concern
Agricultural sector – special measures, initiatives to be taken by MNRE and Ministry
of Agriculture
Spoke about post harvest processing unit
Solar rooftop – distribution companies not comfortable
Distribution companies asking about more open access
Strengthen regulatory framework w.r.t Renewable Energy
Issue of micro-grid integration
Micro-grid will be very helpful in realizing solar energy goals
Solar thermal completely forgotten – only discussed in the form of solar water
heaters
Solar thermal needs to be strengthened
SECI can take up LED type of initiative for the same
Use of agro waste whose management is a huge problem
Decentralized model can work – pellets and briquettes
Remarks by Shri. A H Salman
Vision 2030 – target should be fixed for 60000 MW solar
Threw light on present scenario
Annual per capita consumption of electricity is nearly 600 units
More than 99% villages have been provided with electricity under DDUGJY scheme
Solution lies in strengthening of network and off-grid renewable energy
Proposed targets for Renewable Energy by various government departments in Uttar
Pradesh
Detailed discussion about vision 2030 and its targets.
Session III: Energy Efficiency
Chair: Shri Anil Kumar Jain, Additional Secretary, NITI Aayog
Panelists:
Dr. Manoj Singh, Advisor, Transport, NITI Aayog
Shri Satish Kumar, Chairman, Alliance for Energy Efficient Economy (AEEE)
Shri Girish Sethi, Senior Director, Industrial Energy Efficiency, TERI
Shri Arup Hazarika, General Manager (NRE), APDCL, Guwahati
Introductory Remarks by Mr. Anil Jain Mr Anil Jain, Additional Secretary, NITI Aayog was the Chairperson of the session on
Energy Efficiency. Mr Jain set the tone for the session and mentioned that energy efficiency
(EE) in different end-use sectors needs to be coordinated closely with involvement of
different states and other key stakeholders. He also mentioned that energy costs play an
important role in the uptake of energy efficiency. He put forth two important aspects in
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adopting energy efficiency viz. (1) how energy efficiency can be imbibed at individual level
(behavioral changes) and (2) mode of implementation of government programs/ schemes
that can influence EE as mass mobilization. For example, LED adoption model in residential
sector being implemented by EESL and the proposed pump set program in agriculture
sector leading to mass procurement of EE products at country level.
Remarks by Mr. Satish Kumar (Energy efficiency in building sector)
Mr Satish Kumar, Chairman, Alliance for Energy Efficient Economy (AEEE) started his
presentation by referring to the UN target of doubling the global rate of improving energy
efficiency by 2030. He mentioned that about 237 million people and 19,706 villages do not
have access to electricity. Improvements in energy efficiency will help in accelerating the
pace at which energy can be made available to these un-electrified households/villages. With
regard to renewables, there is an ambitious target of 175 GW set up by the Government of
India. The power generation through renewables today stands at 16% of total power
generation capacity whereas the energy efficiency programs of the Government of India
(primarily the Ministry of Power supported initiatives) have already resulted in 36 GW
savings, equivalent to 11% of avoided total power generation capacity. Therefore, he
emphasized that energy efficiency should be considered as the first fuel which would result
in eliminating wastage and lead to resource conservation.
The residential and commercial sectors account for a significant share in the energy
consumption of the country. A rapid growth in building sector is projected and a significant
potential exists in the sector to improve its energy performance. The ‚Energy Performance
Index‛ (EPI) of commercial buildings in India stands at 250 kWh/m2/year. There exists an
energy saving potential of 2000 MW per year considering a target of 125 kWh/m2/year for an
area of 100 million m2. This would require three distinct strategies viz. (1) Moving towards
lean (adopting building energy codes such as ECBC, LEED, etc., implementing better
building design), (2) Adoption of energy efficient appliances and other means (e.g. use of
star labeled equipment, automation & controls) and (3) Shift to green (use of renewables,
solar cooling, etc.)
In his address, he further highlighted issues such as (1) lack of energy consumption data for
different end-use sectors, (2) non-availability of quantifiable mechanism to track the impacts
of ECBC (e.g. regular reporting, survey on energy consumption, etc.) and (3) lack of data
collection and dissemination laws. Thus, there is a need for establishing energy data
framework for building sector to strengthen institutional and implementation capabilities.
The existing policy framework needs to be complemented through EE financing, ESCO led
programs, end of life policies, building awareness, energy use disclosures, etc. for
accelerating implementation of energy efficiency in the building sector.
Remarks by Mr. Arup Hazarika
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Power sector (focusing Assam)
Mr Arup Hazarika, General Manager (NRE), APDCL, Guwahati provided an overview of
the electricity demand supply situation for the state of Assam, which showed a gap of about
18,632 million units (MU) by 2030. He explained about different challenges facing the
electricity sector in Assam. These include (1) high dependence on electricity imports leading
to insecurity in supply (2) low level of private sector investments in power projects (3)
inadequate coal block linkage and natural gas (NG) supply (4) insufficient supply of
electricity to remote areas which witness increased habitations and (5) lack of business
models for renewable energy projects
Mr Hazarika presented different strategies to overcome the existing issues to meet the gaps
in power sector in Assam. The important strategies include (1) Exploring business models
and strengthen implementation mechanism to attract private sector investment in renewable
energy sector and (2) Developing policy and regulatory framework for energy efficiency
improvements in different end-use sectors. Some of the activities identified to address
energy efficiency include enhanced awareness among public, promote energy efficient
lighting in all social housing projects of government and facilitate development of financing
schemes for energy efficient lighting products.
Remarks by Dr. Manoj Singh
(Transport sector)
Dr Manoj Singh, Advisor (Transport) from NITI Aayog talked about various strategies
needed to reduce the energy consumption in the transport sector. He stressed on developing
integrated approaches to promote ‚Non-Motorised Transport‛ (NMT). This involves
development of appropriate infrastructure in urban centres for pedestrian movement and
cycling. He also highlighted about the importance of mass rapid transport system like BRT
and metro for large and emerging cities. Efficient use of water ways for freight movement
was also mentioned as a possible option as it would be 10 times more efficient than rail
mode of transport. He also raised concerns towards declining use of freight movement
through rails. There was about 7% reduction in rail-mode of freight transport in 2016-17 as
compared to 2015-16.
Remarks by Mr. Girish Sethi (Industry sector)
Mr Girish Sethi, Senior Director, Industrial Energy Efficiency Division from TERI presented
about energy efficiency possibilities in the industry sector. Indian industry sector accounts
for about 45% of commercial energy consumption and would remain as the major energy
consumer in 2031 as well. Indian industry sector comprises large industries and MSME
(micro, small and medium enterprises). Many large industries have adopted state of the art
technologies. The MSME sector is an important sub-sector in terms of social-economic
perspective. Various studies indicate an energy saving potential of 10-25% exist in various
systems within the industry sector. Adoption of EE technologies in industry sector include
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following approaches: (1) Process specific technologies, (2) cross cutting options, (3) fuel
switch and (4) recycling and use of secondary materials.
The ‚Designated Consumers‛ (DCs) under PAT (Perform, Achieve and Trade) cover about
50% of energy consumption in the industry sector. The key industries covered under PAT
include cement, iron & steel and fertilizers. Under the PAT-1 cycle, majority of the DCs have
been able to meet the target set by BEE. Mr Sethi presented the case study on cement
industry which has adopted state of the art technologies and is one of the most efficient
globally. He explained about the reasons such as steady growth in infrastructure, push by
international technology suppliers, technology acceptance by large Indian private players,
trained human resources, etc. The energy efficiency of Indian cement is one of the best in the
world although there exists a range of energy efficiency performance by different cement
plants. He also stressed about the existing barriers such as high costs and institutional and
regulatory issues for further technology up-gradation in cement sector.
Mr Sethi presented the importance of MSME sector and the presence of energy intensive
MSME clusters in India. There are close to 200 energy intensive clusters in India and most of
these use obsolete technologies and unskilled manpower. There is a significant scope for
enhancing energy efficiency of MSME sector through adoption of EE technologies,
renewable energy technologies and best operating practices. He presented two successful
case studies in MSME sector. The case study on Firozabad glass industry covered successful
adoption of energy efficient melting furnaces in the cluster. The SIDBI-WB-GEF project in 5
different types of clusters showed successful adoption of energy efficient equipment in
various utilities, which showed an impressive payback period of about one year. He
concluded that for large industries, there is a need to expand PAT scheme. There are huge
opportunities in MSME sector but needs to address barriers such as financial and technology
barriers. It is also important to have focused RDD&D programs and appropriate business
models for up-scaling energy efficiency in MSME sector.
Discussions
The aspect regarding increased use of NMT was raised during discussions, which
necessitates development of suitable infrastructure in urban areas. It was agreed that city
planning needs to be integrated with transport systems. It was further stressed that
enhanced use of public transport system is essential for reducing the pace of growth of
energy consumption in the transport sector.
Availability of energy related data is an important issue in end-use/ demand sector and
needs to be addressed through appropriate institutional mechanisms. More surveys at
state/local levels are needed to develop robust and comprehensive database, which would
help the planners in devising realistic prospective energy plans. Mr Satish Kumar stressed
on the need for Minimum Energy Performance Code (MEPC) for the building sector. On a
query related to re-cycling in the industry sector, it was mentioned that recycling not just
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helps in reducing the energy consumption at the factory level, but is also useful in terms of
improving the local environment and resource conservation. In a number of industries like
glass, aluminium, steel, etc., recycling of materials takes place but its effectiveness can be
enhanced.
There was a discussion on energy usage in pumps in agriculture sector. It was felt that
appropriate business models are needed in this sector since electricity prices for farmers are
subsidized and there are no incentives for adopting efficient pumps. It was mentioned that
subsidies provided on government programs such as solar irrigation pumps require huge
resources. State Government representative from Andhra Pradesh talked about a different
business model for adoption of 10,000 agriculture pump sets in his state. Another successful
model adopted in the state of Gujarat, which also led to increased income generation for
farmers, was shared by one of the participants from Gujarat.
Mr Anil Jain concluded that energy efficiency is an ‚unsung hero‛ as can be seen from the
achievements under f PAT and other schemes of BEE in terms of avoided power generation
capacity. He concluded the session by stressing on the need to further increase focus and
prioritize on energy efficiency options in different end-use sectors.
Session IV: Way Forward and Valedictory
Panelists: Overview of the Deliberation: Dr. P. K. Anand, Sr. Consultant, NITI Aayog
SDG 7 and Global Perspectives: Shri Yuri Afanasiev, UN Resident Coordinator,
India
Way Forward: Mr Krishna Kumar, DDG (SSG), MoSPI
Closing Remarks: Dr. Ashok Kumar Jain, Adviser (Rural Development & SDGs),
NITI Aayog
Remarks by Dr. P. K. Anand
SDG Goal 7 has direct connect with Goal 12: Sustainable Consumption and
Production (SCP), therefore, it is imperative to understand this linkage and act on
them in an unified manner to achieve the SDG’s.
Talking in terms of efficiency means improvement in the rate of energy efficiency i.e.
raise energy efficiency means increased utility to consumers from the same amount
of electricity.
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Access and affordability are key to SDG-7 however; they are different from each
other i.e. access o electricity does not mean it is affordable. Access to energy can be
achieved through providing free electricity to the people however electricity will be
affordable when people are in the capacity to pay for the electricity they use.
Price is an important instrument and it can be used to rationalize misuse of electricity
in India. E.g. free electricity till 500 MW and then charging a minimal price for its use
can be an efficient mechanism for promoting sustainable consumption of energy.
Increase in power supply means increased use of natural resources especially rare
earth materials.
India is at its infant stage for SDG’s and proper planning, revamping of national
policies, clear setting of goals and priorities, identifying specific roles for each
stakeholder (government, civil bodies, NGO’s, panchayat’s, public and private
sector) and focusing on sustainable development as its national agenda would help
India achieve the SDG’s by 2030.
Villages in India are more sustainable in their lifestyle and urban areas can learn
some of its best practices to achieve the SDG-7 and SDG-12 goals.
‚Fusion Energy‛ is the mother of solar energy and it is more efficient, sustainable
and clean energy. It can be a game-changer in the power and energy sector in India.
Mixing of policies together is essential to ensure that all SDGs are in line with each
other and that one policy does not have negative externalities on the other. E.g.
Mixing drip irrigation along with providing solar pumps o rural areas would be a
good mix of policies.
There is a paradox which is being observed in India at present like share of railways
in freight is declining and coal is being transported by road using diesel and on the
other hand India is subsiding diesel. Therefore, there is an urgent need to increase
the share of railways in freight services so as to reduce the burden on road &
highway sector.
In this hour, there is need to develop a ‚Multi-model system‛ which would
encompass all sector including R&D. The system needs to focus on responsible
consumption along with efficient utilization of resources.
Remarks by Shri Yuri Afanasiev
Energy efficiency is the major topic of talk in India because of following reasons:
technological development worldwide in energy sector;
political will of Government of India;
fast pace of economic development or growth in Indian economy
Energy efficiency needs to be linked with other topics like economic development,
business model development (private & public sector), health sector, human
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development, community welfare, infrastructure development and disaster
management.
Cutting edge competition for technology development for energy efficiency is a
bright light for India
India needs to come up with innovate business models (like LED & solar-roof tops)
for promoting energy efficiency in construction sector, transport sector, power grid
supply & distribution sector, etc. Apart from this, there is a need to re-vamp building
codes to incorporate energy efficiency policies into them.
As per UN, India is on track to achieving the SDG-7 goal because India comes up
with new, innovative and challenging business models to achieve energy efficiency
like the concept of micro-grid which acts as a business opportunity to local
enterprises in rural areas.
Urbanization is both an opportunity and a challenge for GoI in aspect of energy.
Therefore, the GoI needs to focus on sustainable migration, transportation, building,
etc. All these should be in line with SDG-7 (affordable and clean energy).
India needs to tweak its railway policy to ensure energy efficiency in this sector.
India can learn from Russia and China’s railway reform policy which had focused on
energy efficiency through railway improvement and infrastructure development.
The priority of UN SDG-& is to ‚leave nobody alone‛ i.e. each and every individual
has access to clean energy. (This goal includes access, affordability and quality).
Remarks by Mr Krishna Kumar
SDG’s most difficult task is to identify indicators which are measurable and then
data capturing is another major challenge.
Measurement of SDG-7 is difficult and more difficult is identifying indicators and
data for them. As per IEG, indicators need to be developed for access, affordability
and reliability.
Access can be measured in some way through ‘number of connections’, however
access does not imply affordability and reliability. This highlights a gap that exists
between target and indicator which dilutes the main agenda of the goal.
In India, there is no data on energy efficiency and LED is used as a proxy for energy
efficiency (EE) which holistically does not cover the entire EE concept.
Therefore, there is a need to re-look and re-vamp some of the targets and indicators
so that they are measurable and they are in link with the goal.
Remarks by Dr. Ashok Kumar Jain
Focus on: Low cost housing and integrated electricity power scheme in India
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Implement and Up-scale schemes like Green Housing Scheme of Tamil Nadu to
other states of India
Alternate energy solutions should be thought and implemented where grid cannot
reach like solar energy, hydro-energy, off-grid solutions, etc.
Differentiated treatment and solutions should be adopted for energy sector across
varied states depending upon their geographical status, climatic conditions and their
energy needs & utilizations. Like in Punjab, the energy demand varies a lot due to
agricultural on and off season (peak demand for electricity varies according to their
agricultural activities in Punjab).
National Policies and schemes like UDAY, Energy for All, DDUGJY, etc.
Along with access and affordability of energy even ‚reliability and voltage‛ needs to
be focused else the essence of Goal 7 cannot be fully achieved. Even ‘equity’ needs to
be taken into consideration.
Bio-Energy (producing from paddy residue) needs to be developed and up-scaled as
an alternative source of energy in rural areas
There is an urgent need to develop indicators that are holistic, measurable and
reliable.