Governme vernment nt of India dia Ministry istry of New an w - - PowerPoint PPT Presentation

Governme vernment nt of India dia Ministry istry of New an w and d Renewable ewable Energy ergy

MNRE RE

175 5 GW

5 5 GW 10 10 GW 60 60 GW 10 100 0 GW Solar Wind Biomass Small Hydro

Road Map for Renewa wabl ble e Power by 2022

Year-wise and Source-wise Distribution of 175 GW

(in MWp)

Resource 2015-16 2016-17

2017-18 2018-19 2019-20 2020-21 2021-22 Total Solar

2,000 12,000 15,000 16,000 17,000 17,500 17,500 97,000

Wind

2400 4100 4700 5300 6000 6700 7356 60000

Biomass

400 500 750 850 950 1000 1016 10000

SHP

220 225 100 100 100 100 100 5000

Commissioned up to 31.03.2015 : Solar - 3,744 MW Wind - 23444 MW Biomass - 4534 MW SHP - 4055 MW

Enablers identified for 175 GW

• Waste & Barren Land
• Low Cost, Long Tenure Capital
• Transmission Grid (Inter & Intra-State)
• Policy & Regulatory Framework
• Improvement in Financial Health of DISCOMs

Policy Initiatives for Promotion of Renewables

• Proposed amendment in Electricity Act and Tariff

Policy including introduction of Renewable Generation Obligation (RGO)

• State Electricity Regulatory Commissions

(SERCs) of twenty-six States have notified regulatory framework on net-metering and feed-in- tariff to encourage rooftop solar plants

• Restoration of Accelerated Depreciation Benefits

for Wind Power Projects

• A wind Atlas having information at 100 m height

has been launched

• Announcement of National Offshore Wind

Energy Policy, 2015

• CERC issued forecasting & scheduling

regulations for inter-state transmission of wind and solar power in Aug 2015.

• Model forecasting & scheduling

regulations for intra-state transmission of wind and solar power have been issued by FOR

 Augmentation of inter-state and intra-

state transmission system – being taken up under Green Energy Corridor project

10 100 0 GW GW

40 40 GW 30 0 GW 10 10 GW 20 20 GW

Solar Park Unemployed Youth/Farmers Govt./States/ Private/Others Solar Rooftop

Road Map for So Sola lar Po Power by 2022

Solar Park 20000 000MW MW for 34 Solar Parks in 22 States tes approved d Solar Power in CPSUs/Govt. 913 MW allocated to 13 organizations Canal Top/Canal Banks 50 MW Canal Top and 50 MW Canal Banks projects allocated in 8 States Solar Power in Defense 185 MW allocated (150 MW – OFB, 10 MW-BSF, 25 MW - BTL) Solar Power by NTPC 15000 MW targeted, tenders issued for 2750 MW in 5 States (bundling scheme) Solar Power by SECI 3600 MW allocated in 6 States, 1690 MW tenders issued Solar Power installed capacity 5130 MW till 14.01.2016 Grid Connected Solar Rooftop 2526 MW allocated, 152 MW installed

 Solar systems installed on rooftops of residential,

commercial, institutional & industrial buildings :

 premises.  Electri

trici city ty ge generat erated ed could d be

• fed into the gr

grid at at regu gulate ated feed-in in tariffs ffs or

• r
• used

used for for self self consump consumpti tion

• n with

with net net-mete metering ing approac proach

 Germany, USA , Italy, Japan, China are leaders in adopting

grid-connected SPV Rooftop systems.

 Germany has highest PV installed capacity of over 39.5

GW of which 70% is in rooftop segment (as on 31.12.2015).

 China has 37.95 GW solar power of which 6.25 GW is from

distributed generation.

 Italy has 12.7 GW PV installation with over 60% rooftop

systems

 FIT is norm in Europe while net-metering is popular in

USA.

 Savings in transmission and distribution losses  Low gestation time  No requirement of additional land  Improvement

• f

tail-end grid voltages and reduction in system congestion with higher self- consumption of solar electricity

 Local employment generation  Reduction of power bill by supplying surplus

electricity to local electricity supplier

 About 10 sq.m area per kWp capacity  Cost about Rs.75,000 per kWp  The roof should be shadow free and south

facing

 Can be installed on slanting, plain and curved

roofs

 Regulation of SERC, State policy and DISCOMs

cooperation for grid connectivity

 Initial cost Rs.75,000 per kWp  Cost of electricity generation about Rs.6.50

per kWh

 Most of commercial, industrial and

Government establishments pay about Rs.8- 10 per kWh

 Hence the solar rooftop is economically viable

Sl.

• l. No. State

tes Tota tal 1 Andhra Pradesh 2000 2 Bihar 1000 3 Chhattisgarh 700 4 Delhi 1100 5 Gujarat 3200 6 Haryana 1600 7 Himachal Pradesh 320 8 Jammu & Kashmir 450 9 Jharkhand 800 10 10 Karnataka 2300 11 11 Kerala 800 12 12 Madhya Pradesh 2200 13 13 Maharashtra 4700 14 14 Orissa 1000 15 15 Punjab 2000 16 16 Rajasthan 2300 17 17 Tamil Nadu 3500 18 18 Telangana 2000 19 19 Uttarakhand 350 Sl.

• l. No. State

tes Tota tal 20 20 Uttar Pradesh 4300 21 21 West Bengal 2100 22 22 Arunachal Pradesh 50 23 23 Assam 250 24 24 Manipur 50 25 25 Meghalaya 50 26 26 Mizoram 50 27 27 Nagaland 50 28 28 Sikkim 50 29 29 Tripura 50 30 30 Chandigarh 100 31 31 Goa 150 32 32 Dadra & Nagar Haveli 200 33 33 Daman & Diu 100 34 34 Puducherry 100 35 35 Andaman & Nicobar Islands 20 36 36 Lakshadweep 10 Total 40000

 Ministry is implementing a ‘Grid Connected Rooftop and Small

Solar Power Plants Programme’ since 26th June, 2014.

 Plant size ranges from 1 kWp to 500 kWp and 1 kW solar

rooftop system requires about 10 sq.m. roof area

 Benchmark costs of Grid connected solar rooftops(with out

battery) is about Rs. 75,000/kWp. A subsidy of 30% is provided for general category and 70% for special category States, NE States and Islands.

 No subsidy is provided for establishments under private and

industrial sector.

 16 States have come out with Solar Policy supporting grid

connected rooftop systems :

 Andhra

Pradesh, Chhattisgarh, Gujarat, Haryana, Himachal Pradesh, Jharkhand, Karnataka, Kerala, Manipur, Punjab, Rajasthan, Tamil Nadu, Telangana, Uttar Pradesh, Uttarakhand and West Bengal.

 Remaining 20 States/UTs have to come out with Solar Policy

supporting grid connected rooftop systems

 Arunachal Pradesh, Assam, Bihar, Goa, Jammu &

Kashmir, Madhya Pradesh, Maharashtra, Meghalaya, Mizoram, Nagaland, Orissa, Sikkim, Tripura, Andaman & Nicobar and Lakshadweep Islands, Chandigarh, Dadra & Nagar Haveli, Daman & Diu, Delhi & Puducherry.

 SERCs of 26 States/UTs have notified regulations for net-

metering/feed-in-tariff mechanism :-

 Andhra Pradesh, Assam, Bihar, Chhattisgarh, Gujarat, Goa,

Haryana, Himachal Pradesh, Karnataka, Kerala, Maharashtra, Madhya Pradesh, Odisha, Punjab, Rajasthan, Tamil Nadu, Uttar Pradesh, Uttarakhand, West Bengal, Andaman & Nicobar and Lakshadweep Islands, Chandigarh, Dadra & Nagar Haveli, Daman & Diu, Delhi and Pondicherry have notified regulations for net- metering/feed-in-tariff mechanism

 SERCs of remaining following 10 States may notify regulations

for grid connected rooftop systems:-

 Arunachal

Pradesh, Jammu & Kashmir, Jharkhand, Telangana, Manipur, Meghalaya, Mizoram, Nagaland, Sikkim, Tripura should notify regulations for net- metering/feed-in-tariff.

 The Net Metering mechanism shall allow the consumer to

reduce its electricity requirement from grid

 The utility benefits by avoiding purchase of electricity from

short term market

 Electricity generation at load center also minimises the

distribution losses of electricity

 26 States/UTs have announced regulations for net-metering

Data received ived from Govt. Building ngs 844 4 nos. Average rage Tariff Rs

• Rs. 9.37

7 per kWh The e maximum mum tariff f paid by building ng Rs Rs 15.78 78 Per KWh The minimum um tariff paid by bu building ng Rs Rs 1.34 4 per KWh The potentia ntial esti timate ated for rooftop instal allati ation 1450. 50.51 51 MW

• No. of In

Instit itutes utes paying ng above Rs

• Rs. 7.0/- per Kwh

394 4 nos. (46. 6.7%) 7%)

• No. of In

Instit itutes utes paying ng above Rs

• Rs. 8.0/- per Kwh

226 6 nos. (26. 6.8%) 8%)

• No. of Inst

stit itutes utes paying ng above e Rs Rs. . 9.0/- per Kwh 134 4 nos.

• s. (15.

5.9%) 9%)

• No. of In

Instit itutes utes paying ng above Rs Rs. . 10.0/ 0/- per kwh kwh 89 nos. (10. 0.5%) 5%)

• No. of In

Instit itutes utes paying ng above Rs Rs. . 11.0/ 0/- per Kwh 51 51 nos. (6.0%) 0%)

50 100 150 200 250 300 350 400 450 500 0-7 7-8 8-9 9-10 10-11 11-12 12-13 13-14 14+

• No. of Institutes

tutes in that t range ge Range ge of per unit Electricity tricity Tariff ff (in Rs Rs.) .)

Tariff range paid by institutes No. of Institutes in that range

 Model 1: Self financing of balance cost  Model 2: Installation through RESCO Mode  Model 3: Installation through leasing model  Model 4: Installation through concessional loans  Model 5: Self financing of complete cost without

MNRE incentive

 Fiscal

incentives such as accelerated depreciation, concessional custom duty, excise duty exemptions and income tax holiday for 10 years

 Loans for system aggregators from Indian

Renewable Energy Development Agency Limited (IREDA) at concessional interest rate (9.9% to 10.75% per annum)

 Under Priority Sector Lending, loans are available

upto Rs. 10 lakhs for individuals and upto Rs. 15 crore for renewable energy projects

 Bank loans as a part of home loan/ home

improvement loan for solar rooftop systems

As on 31.12.2015

Sl. No. State/UTs Sanctioned capacity (MWp) In-principle approved capacity (MWp) Total Sanctioned and approved capacity (MWp) Total Achievements (MWp) A B C D E F 1 Andhra Pradesh 9.50 30.00 39.50 3.43 2 Bihar 0.00 0.00 0.10 3 Chhattisgarh 5.00 6.20 11.20 17.08 4 Chandigarh 8.06 12.44 20.50 6.00 5 Delhi 8.00 8.00 11.40 6 Gujarat 5.75 6.00 11.75 23.16 7 Goa 2.00 2.00 0.00 8 Jharkhand 0.00 5.00 5.00 0.006 9 J&K 0.00 7.00 7.00 1.00 10 Haryana 5.00 5.00 3.05 11 Himachal Pradesh 0.894 0.894 0.00 12 Kerala 15.28 15.28 0.14 13 Karnataka 0.00 0.94 0.94 6.395 14 Madhya Pradesh 5.00 110.00 115.00 0.60 15 Maharashtra 0.00 0.00 6.359 16 Manipur 3.40 3.40 3.40 0.00 17 Odisha 4.00 4.00 0.86

As on 10.01.2016

Sl. No. State/UTs Sanctioned capacity (MWp) In-principle approved capacity (MWp) Total Sanctioned and approved capacity (MWp) Total Achievements (MWp) A B C D E F 18 Puducherry 0.00 0.02 0.02 0.00 19 Punjab 5.00 20.00 25.00 25.999 20 Rajasthan 6.00 25.00 31.00 5.782 21 Tamil Nadu 11.74 300.00 311.74 12.45 22 Tripura 0.00 0.00 0.00 23 Telangana 4.00 70.00 74.00 8.32 24 Uttarakhand 7.00 44.00 51.00 5.93 25 Uttar Pradesh 7.00 7.00 3.705 26 West Bengal 5.985 5.985 1.14 27 Andaman and Nicober island 0.00 1.00 1.00 0.00 28 Lakshadweep 0.00 1.00 1.00 0.00

Sub total 118.604 118.604 638.60 638.60 757.19 757.19 143.01 143.01

29 Solar Energy Corporation

• f India (SECI)

199.60 750.00 899.60 39.274* 30 Ministry of Railways 52.50 450.00 502.50 1.50 31 Allocation to PSUs 105.86 211.49 317.356 8.215

Total 476.56 476.56 2050.00 2050.00 2526.00 2526.00 152.73 152.73

*State wise achievement of SECI included against each State. As on today over 162 MWp rooftop installations have been done

 The existing financial outlay of Rs. 600 crore during

12th Plan period up-scaled to Rs. 5,000 crore for implementation upto 2019-20.

 Existing pattern of capital subsidy at the rate of upto

30% for the general category States and upto 70% for North Eastern States including Sikkim, Uttarakhand, Himachal Pradesh, Jammu & Kashmir and Lakshadweep, Andaman & Nicobar Islands) retained.

 No

subsidy for commercial and industrial establishments in the private sector.

 The Government Institutions including public sector

undertakings shall not be eligible for subsidy; instead they be given achievement-linked incentives/awards.

 Installation as per MNRE standards for

• Solar Modules
• Inverters
• Structure
• Wiring
• Safety arrangements
• Fuses

 Interconnection with grid as per CEA regulation  Metering and Billing as per the SERC regulations

Technical specifications of equipment as per international standards published by MNRE

 Ref

efer erence nce to to Net et Met eter ering ing reg egulation lation and pol

• lic

icy

• 26 states has published their net metering regulations
• 16 states has come out with their policy for promotion of rooftop

 Sustai

ainab nable le Busines iness s Models ls

• Industrial & Commerc

rcia ial

• Government
• Instit

itut utio ions ns

• Residential

 Lack

k of kn know

• wle

ledge dge , Inform

• rmation

ation and financi ancial al incent centives ives to custome stomers rs about

• ut these systems

 Dev

evel eloper per risk as th the e sec ecto tor r is new ew and d lack ck of

• f w

wel ell establi lishe shed developers

• pers with proven

ven track ck record

• rd

 Risk

k with distributi ibution

• n companie

anies s (DISCOMS COMS)

 Lack

k of tr trained ined manpo power

 Litt

ttle e lon

• ng-te

term rm op

• per

erati tion and ma maint ntenance nance ex exper erti tise se with th rooftop

• p owners

ers & developer pers

 Eligibility for GCRT

installation in state

 Does the state regulations allows grid connection of rooftop solar projects?  Availability of capacity addition at Distribution Transformer

 Prefeasibility study

 Solar resource assessment  Roof structural integrity  Shading analysis  System sizing  Cost calculations  Requirements of permits/ clearances/ approvals from various authorities (if any)

• Quality check

 Quality standards and certifications for the system components as per MNRE standards

• Project Annual

Maintenance contract

 AMC agreement for the first 5-10 years

• Performance monitoring

 Remote generation monitoring

• Policy incentives

 Central or state subsidy

• Insurance arrangement (if

any)

 Lack of availability of attractive project debt

• Causes for the situation were cited as:

 Low sensitization of banks  Lack of standard bank processes/protocols for rooftop solar lending

 Educating bank officials, especially outside of head offices

• r regional head offices (for instance, local branches)

 There is a general expectation of different financing routes

for different project sizes and types:

• Small projects, especially for residential and small commercial

consumers are expected to be financed through consumer loans

• Large projects such as for large commercial and industrial

consumers are expected to be financed through project finance routes; it is not clear how this can be different for banks or NBFCs

• r other lenders

 Clarity is required on the process and related details

required by MNRE for subsidy disbursement through banks

 Policy uncertainties at national-level hindering sectoral progress  Hybrid Solar PV system with battery storage may also be

considered

 Need for organizing 2-3 days extensive training programmes at

regional-level covering policy, regulatory and technical aspects

• f Grid-connected Rooftop Solar PV power plants

 List of Third-Party inspectors which may be used by the Banks  Standardize process of verification to be adopted for inspection

• f the rooftop SPV power plants

 There is a need to develop a standardized checklist to guide

banks in streamlining their project lending process

 Bank manual may be provided by MNRE with step-by-step

process/checklist and quality standards to aid in assessment of loan applications

 The regulatory framework is needed for setting up of the projects,

• peration of net-metering mechanism and providing connections

with distribution line. The remaining States/UTs i.e. Arunachal Pradesh, Jammu & Kashmir, Jharkhand, Telangana, Manipur, Meghalaya, Mizoram, Nagaland, Sikkim, Tripura should also notify regulations.

 Electricity

Distribution Companies may develop transparent mechanism for speedy approval of net-metering and connectivity.

 The regulatory framework needs to be effectively followed by

DISCOMs in those States where the regulations have been notified.

 States may consider amending suitable building bye-laws to make

the solar rooftops compulsory.

 Although RBI has notified renewable sector under Priority Sector

Lending, it needs to be made effective at the branch level to ease the lending to the borrowers.

 Issue Governments orders to ask Urban Local Bodies

to make solar rooftop mandatory in building bye-laws.

 Provide rebate on property tax.  Ensure capacity building of concerned State Officials

including DISCOMs.

 To simplify procedure for installation of solar rooftop

systems preferably through single window clearance mechanism.

 Empanelment of Channel Partners

(462nos.)/New Entrepreneur(175nos) /Govt. agencies (16 nos.)

 Arrangement of low cost financing from

foreign banks like Kfw, World Bank, ADB etc

 Development of software “SPIN”  Continuous follow up with all the

Ministries/Govt. departments for installation

• f rooftop solar plants

Module le India Make Aggregate Plant Capacity 404 kWp Rooftop Owner Manipal University City Jaipur State Rajasthan Project Cost

• Rs. 2.86 Cr

CFA through SECI

• Rs. 86 Lakh

Module le India Make Plant Capacity 115 kWp/85 kWp Rooftop Owner DMRC Project Site Anand Vihar/Pragati Maidan City Delhi

Module le India Make Plant Capacity 130 kWp Rooftop Owner ISBT Kashmere Gate City Delhi State Delhi Project Cost

• Rs. 114.3 Lakhs

CFA through SECI

• Rs. 30.3 Lakhs

Module le India Make Plant Capacity 360 kWp Rooftop Owner Super Auto Forge Pvt., Ltd., City Chennai State Tamilnadu Project Cost

• Rs. 3.06 Cr

CFA through SECI

• Rs. 92 lacs

Module le India Make Plant Capacity 100 kWp Rooftop Owner Rockwell Industries City Hyderabad State Andhra Pradesh Project Cost

• Rs. 0.74 Cr

CFA through SECI

• Rs. 22.2 lacs

Module le India Make Plant Capacity 300 kWp Rooftop Owner IIT Madras City Chennai State Tamilnadu Project Cost

• Rs. 2.49 Cr

CFA through SECI

• Rs. 75 lacs

Module le India Make Plant Capacity 500 kWp Rooftop Owner Medanta Hospital City Gurgaon State Haryana Project Cost

• Rs. 4.15 Cr

CFA through SECI

• Rs. 1.24 Cr

Module le India Make Plant Capacity 100 kWp Rooftop Owner NIAS City Bengaluru State Karnataka Project Cost

• Rs. 83 lacs

CFA through SECI

• Rs. 25 lacs

• 12.4 MWp rooftop

plant installed in a single roof.

• Another 7.1 MWp
• n seven different

roofs in the campus.

• Cumulative 19.5

MWp rooftop systems in the campus of Dera Beas, Amritsar in Punjab.

Thank Thank you you