GRID CONNECTED
SOLAR ROOFTOP
PROGRAMME IN INDIA
NATIONAL SOLAR MISSION
Ministry of New and Renewable Energy
Government of India
This Information Guide has been prepared by
EU – India Technical Cooperation Project: Energy
DCI/ASIE/2014/343-602 LOT 1
This Information Guide has been prepared by
EU – India Technical Cooperation Project: Energy
DCI/ASIE/2014/343-602 LOT 1
Contents
1 8
2 9
3 10
4 11
5 12
6 15
7 18
8. 19
9. 21
10. 22
11. 23
Power Sector in India
Grid Connected Rooftop Solar System
Benefits from the Grid Connected Rooftop Solar System
Types of metering arrangements
Business Models
Rooftop Solar Programme by Government of India
Objectives of the Programme
Main PV Rooftop Programme Actors
Process Flow
State Initiatives & Schemes
Major Initiatives
Contents
1 8
2 9
3 10
4 11
5 12
6 15
7 18
8. 19
9. 21
10. 22
11. 23
Power Sector in India
Grid Connected Rooftop Solar System
Benefits from the Grid Connected Rooftop Solar System
Types of metering arrangements
Business Models
Rooftop Solar Programme by Government of India
Objectives of the Programme
Main PV Rooftop Programme Actors
Process Flow
State Initiatives & Schemes
Major Initiatives
DEFINITION
ADB Asian Development Bank
CAPEX Capital Expenditure
CFA Central Financial Assistance
CPSU Central Public Sector Undertaking
CP Channel Partners
CEIG Chief Electrical Inspector to Government
GIZ Deutsche Gesellschaft für Internationale Zusammenarbeit
DGS&D Directorate General of Supplies and Disposal.
DISCOM Distribution Company
EPC Engineering, Procurement & Construction
EU European Union
FiT Feed-in-Traiff
GW Giga Watt
GoI Government of India
INDC Intended Nationally Determined Contribution
INR Indian National Rupee
kW Kilo Watt
MW Mega Watt
MoU Memorandum of Understanding
MNRE Ministry of New and Renewable Energy
MoUD Ministry of Urban Development
NABARD National Bank for Agriculture and Rural Development
NDB New Development Bank
NGO Non-Governmental Organization
PPA Power Purchase Agreement
PCR Project Completion Reports
PMC Project Management Consultancy
PSU Public Sector Undertaking
PNB Punjab National Bank
RESCO Renewable Energy Service Company
RTS Rooftop Solar
SECI Solar Energy Corporation of India
SPV Solar Photovoltaic
SPIN Solar Power Installations
SBI State Bank of India
SNA State Nodal Agency
UT Union Territory
USAID United States Agency for International Development
USD Unites State Dollar
ULB Urban Local Bodies
WB World Bank
DEFINITION
ADB Asian Development Bank
CAPEX Capital Expenditure
CFA Central Financial Assistance
CPSU Central Public Sector Undertaking
CP Channel Partners
CEIG Chief Electrical Inspector to Government
GIZ Deutsche Gesellschaft für Internationale Zusammenarbeit
DGS&D Directorate General of Supplies and Disposal.
DISCOM Distribution Company
EPC Engineering, Procurement & Construction
EU European Union
FiT Feed-in-Traiff
GW Giga Watt
GoI Government of India
INDC Intended Nationally Determined Contribution
INR Indian National Rupee
kW Kilo Watt
MW Mega Watt
MoU Memorandum of Understanding
MNRE Ministry of New and Renewable Energy
MoUD Ministry of Urban Development
NABARD National Bank for Agriculture and Rural Development
NDB New Development Bank
NGO Non-Governmental Organization
PPA Power Purchase Agreement
PCR Project Completion Reports
PMC Project Management Consultancy
PSU Public Sector Undertaking
PNB Punjab National Bank
RESCO Renewable Energy Service Company
RTS Rooftop Solar
SECI Solar Energy Corporation of India
SPV Solar Photovoltaic
SPIN Solar Power Installations
SBI State Bank of India
SNA State Nodal Agency
UT Union Territory
USAID United States Agency for International Development
USD Unites State Dollar
ULB Urban Local Bodies
WB World Bank
In grid connected rooftop or small SPV system, the DC power generated from SPV panel is
converted to AC power using power conditioning unit and is fed to the grid either of 33 kV/11 kV
three phase lines or of 440V/220V three/single phase line depending on the local technical and
legal requirements.
GRID CONNECTED ROOFTOP
SOLAR SYSTEM
2
These systems generate power during the day
time which is utilized by powering captive
loads and feed excess power to the grid. In
case, when power generated is not sufficient,
the captive loads are served by drawing power
from the grid.
The concept of rooftop solar is based on the
scale of the PV plant rather than the fact
whether it is situated on a roof/terrace or not.
Hence, the definition of RTS also includes
small solar plant on the ground.
SOLAR PANELS
SOLAR INVERTER
ENERGY METER
SUN
UTILITY GRID
P
ower is one of the key infrastructures
for growth of Industry and economy.
Over the past two years, India's
economy expanded at an average
annual rate of 7.3% to 7.6%, placing it among
the top five fastest growing nations in the
world.
With about 308 GW of installed capacity (as of
November 2016), the Indian power system is
among the largest in the world, but per capita
consumption of electricity is less than one-
fourth of the world average. An estimated
55 million households are not connected to
the national grid. Even when connected, many
face frequent disruptions and get low quality
power. India's power system needs to almost
quadruple in size by the year 2040 to catch up
and keep pace with electricity demand
that—boosted by rising incomes and new
connections to the grid—increases at almost
5% per year.
2
With an average solar insolation of 4-7 kwh/m
and 300 sunny days in a year, India's potential
for harnessing solar power is immense.
Government of India (GoI) wants a growing
share of the country's electricity generation to
come from renewable energy.
In its NDCs, India aims to increase the share of
installed electric power capacity from non-
fossil-fuel-based energy resources to 40 % by
2030. With India setting the ambitious target of
175 GW by the year 2022 for Renewable Power,
this sector is now poised for a quantum jump.
As a part of clean climate commitments, India
plans to install 40 GW of PV Rooftop Solar
Systems by 2022. With a market potential of
124 GW, around 506 MW of Rooftop Solar has
been installed up to December 2016.
POWER SECTOR IN INDIA
1
APPLIANCES/
LOAD
8 9
100 kW, Educational Institute, Bemetara
100 kW, Manufacturing Unit, Raipur
In grid connected rooftop or small SPV system, the DC power generated from SPV panel is
converted to AC power using power conditioning unit and is fed to the grid either of 33 kV/11 kV
three phase lines or of 440V/220V three/single phase line depending on the local technical and
legal requirements.
GRID CONNECTED ROOFTOP
SOLAR SYSTEM
2
These systems generate power during the day
time which is utilized by powering captive
loads and feed excess power to the grid. In
case, when power generated is not sufficient,
the captive loads are served by drawing power
from the grid.
The concept of rooftop solar is based on the
scale of the PV plant rather than the fact
whether it is situated on a roof/terrace or not.
Hence, the definition of RTS also includes
small solar plant on the ground.
SOLAR PANELS
SOLAR INVERTER
ENERGY METER
SUN
UTILITY GRID
P
ower is one of the key infrastructures
for growth of Industry and economy.
Over the past two years, India's
economy expanded at an average
annual rate of 7.3% to 7.6%, placing it among
the top five fastest growing nations in the
world.
With about 308 GW of installed capacity (as of
November 2016), the Indian power system is
among the largest in the world, but per capita
consumption of electricity is less than one-
fourth of the world average. An estimated
55 million households are not connected to
the national grid. Even when connected, many
face frequent disruptions and get low quality
power. India's power system needs to almost
quadruple in size by the year 2040 to catch up
and keep pace with electricity demand
that—boosted by rising incomes and new
connections to the grid—increases at almost
5% per year.
2
With an average solar insolation of 4-7 kwh/m
and 300 sunny days in a year, India's potential
for harnessing solar power is immense.
Government of India (GoI) wants a growing
share of the country's electricity generation to
come from renewable energy.
In its NDCs, India aims to increase the share of
installed electric power capacity from non-
fossil-fuel-based energy resources to 40 % by
2030. With India setting the ambitious target of
175 GW by the year 2022 for Renewable Power,
this sector is now poised for a quantum jump.
As a part of clean climate commitments, India
plans to install 40 GW of PV Rooftop Solar
Systems by 2022. With a market potential of
124 GW, around 506 MW of Rooftop Solar has
been installed up to December 2016.
POWER SECTOR IN INDIA
1
APPLIANCES/
LOAD
8 9
100 kW, Educational Institute, Bemetara
100 kW, Manufacturing Unit, Raipur
T
he way how electricity is billed
strongly influences profitability of
the PV investments. To fully
harness the benefits of the
investments, the final user should be able
to make the most of metering system.
Net metering systems are primarily aimed
at providing an opportunity to consumers
to offset their electricity bills, wherein a
single meter records both import of
conventional energy from distribution grid
and export of solar energy into distribution
grid. Thus, net metering allows the final
user to credit produced energy in the grid
and is also promoted as a preferred option.
4.1 Net Metering
Solar Rooftop System provides following technical benefits:
BENEFITS FROM THE GRID
CONNECTED ROOFTOP SOLAR SYSTEM
3
· Utilization of available vacant roof space;
· Low gestation period;
· Lower transmission and distribution
losses;
· Improvement in the tail-end grid
voltages and reduction of system
congestion;
· Loss mitigation by utilization of
distribution network as a source of
storage through net metering;
· Long term energy and ecological
security by reduction in carbon
emission;.
· Abatement of about 60 million tonnes of
CO per year over its life cycle;
2
· Better Management of daytime peak
loads by DISCOM/ utility;
· Meeting of the renewable purchase
obligations (RPOs) of obligated entities
which are targeted at 8% of electricity
consumption;
· Minimal technical losses as power
consumption and generation are co-
located.
TYPES OF METERING ARRANGEMENTS
4
4.2 Gross Metering
Gross metering systems are aimed at rooftop
owners/third party investors who will like to sell
energy to the DISCOM by using roofs owned by
them or another party. It is also known as feed-in
metering wherein, all the energy generated from
the system is exported to the grid and is
separately recorded through a different 'feed-in
meter'. The developer exports the solar energy
to the utility at a predetermined feed-in-tariff
(FiT) approved by the regulator, and the third
party investors/RESCO developers enter into a
long term Power Purchase Agreement (PPA) with
the utility. Only grid-connected PV systems can
be gross-metered.
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Net Metering
Gross Metering
10 11
T
he way how electricity is billed
strongly influences profitability of
the PV investments. To fully
harness the benefits of the
investments, the final user should be able
to make the most of metering system.
Net metering systems are primarily aimed
at providing an opportunity to consumers
to offset their electricity bills, wherein a
single meter records both import of
conventional energy from distribution grid
and export of solar energy into distribution
grid. Thus, net metering allows the final
user to credit produced energy in the grid
and is also promoted as a preferred option.
4.1 Net Metering
Solar Rooftop System provides following technical benefits:
BENEFITS FROM THE GRID
CONNECTED ROOFTOP SOLAR SYSTEM
3
· Utilization of available vacant roof space;
· Low gestation period;
· Lower transmission and distribution
losses;
· Improvement in the tail-end grid
voltages and reduction of system
congestion;
· Loss mitigation by utilization of
distribution network as a source of
storage through net metering;
· Long term energy and ecological
security by reduction in carbon
emission;.
· Abatement of about 60 million tonnes of
CO per year over its life cycle;
2
· Better Management of daytime peak
loads by DISCOM/ utility;
· Meeting of the renewable purchase
obligations (RPOs) of obligated entities
which are targeted at 8% of electricity
consumption;
· Minimal technical losses as power
consumption and generation are co-
located.
TYPES OF METERING ARRANGEMENTS
4
4.2 Gross Metering
Gross metering systems are aimed at rooftop
owners/third party investors who will like to sell
energy to the DISCOM by using roofs owned by
them or another party. It is also known as feed-in
metering wherein, all the energy generated from
the system is exported to the grid and is
separately recorded through a different 'feed-in
meter'. The developer exports the solar energy
to the utility at a predetermined feed-in-tariff
(FiT) approved by the regulator, and the third
party investors/RESCO developers enter into a
long term Power Purchase Agreement (PPA) with
the utility. Only grid-connected PV systems can
be gross-metered.
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Net Metering
Gross Metering
10 11
BUSINESS MODELS
5
In India principally there are two major
business models:
· – capital expenditures are
provided by the rooftop owner;
· – capital expenditures are covered
by third party.
CAPEX mode is the most common business
model for solar deployment in India. In this
model the consumer purchases the solar
system, by making 100% of the payment
upfront or financing the system, often through
a bank.
CAPEX
RESCO
5.1 CAPEX Model
5.2 Renewable Energy Service
Company (RESCO) Model
Under this model, a RESCO developer
finances, installs, operates and maintains the
rooftop solar power plant. The developer signs
an agreement with the rooftop owner. The
rooftop owners may consume the electricity
generated, for which they have to pay a pre-
decided tariff to RESCO developer on a
monthly basis for the tenure of the agreement.
Based on the consumption choice and
requirement, the model is further divided into
two types – Rooftop Leasing and Power
Purchase Agreement (PPA).
5.2.1 Rooftop Leasing (Under Gross Metering)
Under this arrangement, the RESCO developer leases the rooftop and pays a fixed
lease/rental to the building owner over the time of the lease period for installing the solar
panels of the rooftop. The RESCO developer exports the solar energy to the utility at a
predetermined feed-in-tariff (FiT) approved by the regulator.
Rooftop Solar
PV System
Building
Owners
Utility Grid
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CAPEX MODEL
RESCO
Utility Grid
Use of
Rooftop for
Installation
Pa
yment
Sell
Energy
Rooftop Solar
PV System
Building Owners
Finance,
Installation, O&M
Roof Rent
Rooftop Leasing (Under Gross Metering)
50 kWp, Govt. College of Commerce & Business
Administration, Chandigarh
12 13
BUSINESS MODELS
5
In India principally there are two major
business models:
· – capital expenditures are
provided by the rooftop owner;
· – capital expenditures are covered
by third party.
CAPEX mode is the most common business
model for solar deployment in India. In this
model the consumer purchases the solar
system, by making 100% of the payment
upfront or financing the system, often through
a bank.
CAPEX
RESCO
5.1 CAPEX Model
5.2 Renewable Energy Service
Company (RESCO) Model
Under this model, a RESCO developer
finances, installs, operates and maintains the
rooftop solar power plant. The developer signs
an agreement with the rooftop owner. The
rooftop owners may consume the electricity
generated, for which they have to pay a pre-
decided tariff to RESCO developer on a
monthly basis for the tenure of the agreement.
Based on the consumption choice and
requirement, the model is further divided into
two types – Rooftop Leasing and Power
Purchase Agreement (PPA).
5.2.1 Rooftop Leasing (Under Gross Metering)
Under this arrangement, the RESCO developer leases the rooftop and pays a fixed
lease/rental to the building owner over the time of the lease period for installing the solar
panels of the rooftop. The RESCO developer exports the solar energy to the utility at a
predetermined feed-in-tariff (FiT) approved by the regulator.
Rooftop Solar
PV System
Building
Owners
Utility Grid
y
g
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CAPEX MODEL
RESCO
Utility Grid
Use of
Rooftop for
Installation
P
ayme
n
t
Sell
Energy
Rooftop Solar
PV System
Building Owners
Finance,
Installation, O&M
Roof Rent
Rooftop Leasing (Under Gross Metering)
50 kWp, Govt. College of Commerce & Business
Administration, Chandigarh
12 13
Government of India has taken an ambitious targets of 100,000 MW of solar power by 2022 out
of which 40,000 MW is to be achieved through Rooftop Solar (RTS) power plants as per the
clean climate commitments.
ROOFTOP SOLAR PROGRAMME
BY GOVERNMENT OF INDIA
6
Realizing our immense RTS potential and the ambitious targets, MNRE had launched Grid
Connected Rooftop and Small Solar Power Plant Programme with increased budget of
`5,000 Crore ( 50 billion) for rooftop solar photovoltaic (RTS) projects up to 2019-20.
Under this programme, RTS capacity in the commercial and industrial sectors to be developed
without any subsidy support. RTS plants on rooftops and vacant area of buildings in residential/
social/ institutional/ Government/ PSU sectors would be developed based on subsidy/ incentive
as follows:
a. For rooftops and vacant areas of buildings in residential/ social/ institutional sectors,
capital subsidy at the rate of upto 30% of project cost or benchmark cost whichever is
lower for General Category States and upto 70% of project cost or bench mark cost
whichever is lower for Special Category States/Islands.
`
Year – wise target (MW)
2015-16
Total 40,000 MW
5.2.2 Power Purchase Agreement (Under Net Metering)
Here the RESCO developer invests in solar rooftop asset, and sells the generated power to the
building owner in favor of a lower solar power tariff. The excess power could be sold by the building
owner to the utility through net metering system.
RESCO
Utility Grid
Use of
Rooftop for
Installation
Payment
Sell Excess
Energy
Rooftop Solar
PV System
Building Owners
Finance,
Installation, O&M
Sell Energy
Power Purchase Agreement (Under Net Metering)
2016-17
2017-18
2018-19
2019-20
200 4,800 5,000 6,000 7,000
2021-22
8,000 9,000
2020-21
Year
14 15
Government of India has taken an ambitious targets of 100,000 MW of solar power by 2022 out
of which 40,000 MW is to be achieved through Rooftop Solar (RTS) power plants as per the
clean climate commitments.
ROOFTOP SOLAR PROGRAMME
BY GOVERNMENT OF INDIA
6
Realizing our immense RTS potential and the ambitious targets, MNRE had launched Grid
Connected Rooftop and Small Solar Power Plant Programme with increased budget of
`5,000 Crore ( 50 billion) for rooftop solar photovoltaic (RTS) projects up to 2019-20.
Under this programme, RTS capacity in the commercial and industrial sectors to be developed
without any subsidy support. RTS plants on rooftops and vacant area of buildings in residential/
social/ institutional/ Government/ PSU sectors would be developed based on subsidy/ incentive
as follows:
a. For rooftops and vacant areas of buildings in residential/ social/ institutional sectors,
capital subsidy at the rate of upto 30% of project cost or benchmark cost whichever is
lower for General Category States and upto 70% of project cost or bench mark cost
whichever is lower for Special Category States/Islands.
`
Year – wise target (MW)
2015-16
Total 40,000 MW
5.2.2 Power Purchase Agreement (Under Net Metering)
Here the RESCO developer invests in solar rooftop asset, and sells the generated power to the
building owner in favor of a lower solar power tariff. The excess power could be sold by the building
owner to the utility through net metering system.
RESCO
Utility Grid
Use of
Rooftop for
Installation
Payment
Sell Excess
Energy
Rooftop Solar
PV System
Building Owners
Finance,
Installation, O&M
Sell Energy
Power Purchase Agreement (Under Net Metering)
2016-17
2017-18
2018-19
2019-20
200 4,800 5,000 6,000 7,000
2021-22
8,000 9,000
2020-21
Year
14 15
• North Eastern States including Sikkim, Uttarakhand,
Himachal Pradesh, Jammu & Kashmir and Lakshadweep, Andaman & Nicobar Islands.
• All other States/UTs not covered under special states.
• Residential buildings: All types of residential buildings, including group housing.
• Social sector buildings: Community centers, welfare homes, old age homes,
orphanages, common service centers, common workshop for artisans or craftsman,
facilities used for the community. Trusts/NGO/Voluntary organizations/ training institutes,
any other establishments for common public use, etc.
• Institutional buildings: Schools, health institutes including medical colleges & hospitals,
universities, educational institutes, etc.
Special Category States/Islands:
General Category States:
Position
Cash Prize
`5 Lakh
Achievement vis-a-vis
Target Allocation
Incentives for General
Category States
Incentives for Special
Category States/UTs
80% and above within
sanctioned period
`18,750/- per kW `45,000/- per kW
Below 80% and upto 50%
within sanctioned period
`11,250/- per kW `27,000/- per kW
Below 50% delayed commissioning up
6 months beyond sanctioned period
` 7,500/- per kW `18,000/- per kW
•
PV systems without battery backup
support, benchmark price is Rs. 75
per Wp at present.
In order to promote the grid connected
RTS systems in the country, cash awards,
along with certificates, shall be provided
under this scheme to all Ministries/
Departments and State/UT Government
involved in implementation.
Benchmark price: For rooftop solar
6.1. Achievement Linked Awards for
the best performing stakeholders
st
1
Position
Cash Prize
`3 Lakh
nd
2
Position
Cash Prize
`2 Lakh
rd
3
100 kWp, Model Central Jail, Chandigarh
Achievement Linked Awards
16 17
b. For rooftops and vacant areas of buildings in Government/ PSU sectors, financial incentive at
the following rates:
The provision of the awards would be as follows:
Achievement / Installation of grid connected RTS by Central/ State/ Local Government
1 Highest capacity installation by SNAs of Renewable Energy in States
2 Highest capacity installation by Central Government Departments/ Ministries on their
buildings
3 Highest capacity installation by State Government Departments/ Ministries on their
buildings
4 Highest capacity Installation by Government (both Central and State) Educational
Institutions on their buildings
5 Highest capacity Installation by Government (both Central and State) Hospitals on their
buildings
6 Highest capacity Installation by Urban Local Bodies/Local Governments
7 Largest capacity installation on a single roof by any above organization
• North Eastern States including Sikkim, Uttarakhand,
Himachal Pradesh, Jammu & Kashmir and Lakshadweep, Andaman & Nicobar Islands.
• All other States/UTs not covered under special states.
• Residential buildings: All types of residential buildings, including group housing.
• Social sector buildings: Community centers, welfare homes, old age homes,
orphanages, common service centers, common workshop for artisans or craftsman,
facilities used for the community. Trusts/NGO/Voluntary organizations/ training institutes,
any other establishments for common public use, etc.
• Institutional buildings: Schools, health institutes including medical colleges & hospitals,
universities, educational institutes, etc.
Special Category States/Islands:
General Category States:
Position
Cash Prize
`5 Lakh
Achievement vis-a-vis
Target Allocation
Incentives for General
Category States
Incentives for Special
Category States/UTs
80% and above within
sanctioned period
`18,750/- per kW `45,000/- per kW
Below 80% and upto 50%
within sanctioned period
`11,250/- per kW `27,000/- per kW
Below 50% delayed commissioning up
6 months beyond sanctioned period
` 7,500/- per kW `18,000/- per kW
•
PV systems without battery backup
support, benchmark price is Rs. 75
per Wp at present.
In order to promote the grid connected
RTS systems in the country, cash awards,
along with certificates, shall be provided
under this scheme to all Ministries/
Departments and State/UT Government
involved in implementation.
Benchmark price: For rooftop solar
6.1. Achievement Linked Awards for
the best performing stakeholders
st
1
Position
Cash Prize
`3 Lakh
nd
2
Position
Cash Prize
`2 Lakh
rd
3
100 kWp, Model Central Jail, Chandigarh
Achievement Linked Awards
16 17
b. For rooftops and vacant areas of buildings in Government/ PSU sectors, financial incentive at
the following rates:
The provision of the awards would be as follows:
Achievement / Installation of grid connected RTS by Central/ State/ Local Government
1 Highest capacity installation by SNAs of Renewable Energy in States
2 Highest capacity installation by Central Government Departments/ Ministries on their
buildings
3 Highest capacity installation by State Government Departments/ Ministries on their
buildings
4 Highest capacity Installation by Government (both Central and State) Educational
Institutions on their buildings
5 Highest capacity Installation by Government (both Central and State) Hospitals on their
buildings
6 Highest capacity Installation by Urban Local Bodies/Local Governments
7 Largest capacity installation on a single roof by any above organization
OBJECTIVES OF THE PROGRAMME
7
romote
P
Mitigate the dependence
Cre ate enab ling env iro nmen t for
investment
Create enabling environment for supply
the grid connected SPV
rooftop and small SPV power
ge ne ra ti ng plants a mo ng t he
residential, community, institutional,
industrial and commercial establishments;
on fossil fuel-
based electricity generation and encourage
environment friendly Solar electricity
generation;
in solar energy sector by private
sector, state government and the individuals;
of
solar power from rooftop and small plants to
the grid;
Encourage innovation
support to channel partners
Create a paradigm shift
replacement of diesel
in addressing market
needs and promoting sustainable business
m o d e l s a n d e n s u r e e m p l o y m e n t
opportunities;
Provide and
potential beneficiaries, within the framework
of boundary conditions and in a flexible
demand driven mode.;
needed for
commoditization of grid connected SPV
rooftop applications;
Encourage , wherever
possible.
MAIN PV ROOFTOP PROGRAMME ACTORS
8
8.1 State Nodal Agencies (SNAs)
8.2 D i s t r i b u t i o n C o m p a n y
(DISCOM)
SNAs are the Government Agencies at State
level that work for the promotion and
de v e l opm e n t o f re n ewa b l e e n ergy
programmes/projects in their respective
states. They keep/maintain all applications
and records with requisite brief about the
beneficiaries/projects duly conducted and
certified by them. These records are to be
made available for the audit purpose or to the
inspecting team/MNRE officials etc.
DISCOM interprets and implements the
provisions of the policy and regulations,
thereby allowing customers to interconnect
their RTS system to the grid. In the process, the
DISCOM ensures overall safety, adherence to
the overall technical guidelines, and follow
commercial processes.
The Chief Electrical Inspector (CEIG) ensures
safety compliance and operations of RTS
system as per the provisions laid out in the
Electricity Act, 2003 and Indian Electricity
Rules, 1956. The CEIG's involvement with
respect to the process is on two counts: firstly,
approval of drawings and design documents,
secondly, pre-commissioning inspection of the
installed RTS plant for issue of 'Charging
Certificate'.
8.3 Chief Electrical Inspector to
Government
1 MWp, Punjab Engineering College (PEC), Chandigarh
State Nodal Agencies (SNAs)
Distribution Company
(DISCOM)
Chief Electrical
Inspector to Government
Channel Partners
Solar Energy Corporation
of India (SECI)
Financial
Institutions/Banks
18 19
OBJECTIVES OF THE PROGRAMME
7
romote
P
Mitigate the dependence
Cre ate enab ling en vironme nt for
investment
Create enabling environment for supply
the grid connected SPV
rooftop and small SPV power
ge ne ra ti ng plants a mo ng t he
residential, community, institutional,
industrial and commercial establishments;
on fossil fuel-
based electricity generation and encourage
environment friendly Solar electricity
generation;
in solar energy sector by private
sector, state government and the individuals;
of
solar power from rooftop and small plants to
the grid;
Encourage innovation
support to channel partners
Create a paradigm shift
replacement of diesel
in addressing market
needs and promoting sustainable business
m o d e l s a n d e n s u r e e m p l o y m e n t
opportunities;
Provide and
potential beneficiaries, within the framework
of boundary conditions and in a flexible
demand driven mode.;
needed for
commoditization of grid connected SPV
rooftop applications;
Encourage , wherever
possible.
MAIN PV ROOFTOP PROGRAMME ACTORS
8
8.1 State Nodal Agencies (SNAs)
8.2 D i s t r i b u t i o n C o m p a n y
(DISCOM)
SNAs are the Government Agencies at State
level that work for the promotion and
de v e l opm e n t o f re n ewa b l e e n ergy
programmes/projects in their respective
states. They keep/maintain all applications
and records with requisite brief about the
beneficiaries/projects duly conducted and
certified by them. These records are to be
made available for the audit purpose or to the
inspecting team/MNRE officials etc.
DISCOM interprets and implements the
provisions of the policy and regulations,
thereby allowing customers to interconnect
their RTS system to the grid. In the process, the
DISCOM ensures overall safety, adherence to
the overall technical guidelines, and follow
commercial processes.
The Chief Electrical Inspector (CEIG) ensures
safety compliance and operations of RTS
system as per the provisions laid out in the
Electricity Act, 2003 and Indian Electricity
Rules, 1956. The CEIG's involvement with
respect to the process is on two counts: firstly,
approval of drawings and design documents,
secondly, pre-commissioning inspection of the
installed RTS plant for issue of 'Charging
Certificate'.
8.3 Chief Electrical Inspector to
Government
1 MWp, Punjab Engineering College (PEC), Chandigarh
State Nodal Agencies (SNAs)
Distribution Company
(DISCOM)
Chief Electrical
Inspector to Government
Channel Partners
Solar Energy Corporation
of India (SECI)
Financial
Institutions/Banks
18 19
8.4 Channel Partners
Channel Partners are the agencies
empaneled by MNRE that facilitate
individuals and small groups of clients to
access the provisions/ benefits available
under this programme. The empanelment
with MNRE is based on certificate from a
rating agency in the country for technical and
financial strength. The rating agencies would
check the net worth/ turnover of the
participating entity, its technical capability of
supplying, installing and providing after sales
service, track record and tie-ups with the
equipment suppliers.
The Channel Partners/Implementing
agencies could include the following:-
Renewable Energy Service Providing
Companies (RESCOs)
System Integrators
Manufactures of any component of the
Solar Plants
Project developers
Vendors/ suppliers of solar equipment
Reputed and relevant NGOs of National
level.
Solar Ambassadors
•
•
•
•
•
•
•
MNRE has also published the guidelines for
channel partners under the grid connected
rooftop and small solar power plant
programme.
For respective States/ UTs, SNAs and
DISCOMs have to undertake competitive
bidding for selection of developers for
installing RTS plants and only such
empaneled developers will be allowed to
claim CFA/ subsidy.
Solar Energy Corporation of India Ltd. (SECI)
is a CPSU under the administrative control of
the Ministry of New and Renewable Energy
( M N R E ) , s e t u p t o f a c i l i t a t e t h e
implementation plans of the targets set
therein. It is the only CPSU dedicated to the
solar energy sector. SECI will setup the
allotted capacity following the competitive
bidding process.
The financial Institutions and financial
Integrators i.e., NABARD, National Housing
Banks, other Banks, IREDA, etc. are also
eligible for implementing the programme.
They may source funds from MNRE, their
own resources or any other sources i.e.,
carbon credits, National Clean Energy Fund,
funds from States, beneficiary contribution,
CSR sources etc.
Other Govt. Departments/Agencies i.e.,
Railways, Defense/Para Military Forces, Local
Government Bodies including Municipal
C o r p o r a t i o n s / M u n i c i p a l i t i e s , S t a t e
Departments, etc. interested in directly
implementing the programme are also
encouraged.
8.5 Solar Energy Corporation of
India (SECI)
8.6 Financial Institutions/Banks
9. PROCESS FLOW
SNA
Roof Owner Channel
Partner
• Prepares targets based on
capacity sanction by MNRE
• Select installers/ channel
partners through tendering
and fixes rate contracts
• Display of the selected
installers/ channel partners
and rate contracts in public
domain
• Submits installation
requests to the SNA
• Independently selects
installer for getting
proposal from the list
finalised by SNA
• Channel Partners submits
proposal to the rooftop
owner as per site
assessment
• After selection/receiving
work order, signs the EPC
Agreement/PPA with roof
owner
• Submits request for RTS
installation and subsidy to
the SNA
• Applies Net metering to the
concern DISCOM on behalf
of roof owner
• Technical feasibility analysis
of distribution transformer
• Technical evaluation of plant
design and installation
parameters
• Plant inspection and
installation of bidirectional
meters
• Chief Electrical Inspector to
Government conducts
inspection for the plant
DISCOM/ CEIG
• Reviews the
application and
documents submitted
by installer
• Monitors the
installation work and
progress
• Conducts inspection
after project
completion/
commissioning
SNA
• Receives subsidy after
complete due diligence
from SNA and starts
benefiting from Net
metering.
Roof Owner
20 21
200 kW, Mats University, Raipur
8.4 Channel Partners
Channel Partners are the agencies
empaneled by MNRE that facilitate
individuals and small groups of clients to
access the provisions/ benefits available
under this programme. The empanelment
with MNRE is based on certificate from a
rating agency in the country for technical and
financial strength. The rating agencies would
check the net worth/ turnover of the
participating entity, its technical capability of
supplying, installing and providing after sales
service, track record and tie-ups with the
equipment suppliers.
The Channel Partners/Implementing
agencies could include the following:-
Renewable Energy Service Providing
Companies (RESCOs)
System Integrators
Manufactures of any component of the
Solar Plants
Project developers
Vendors/ suppliers of solar equipment
Reputed and relevant NGOs of National
level.
Solar Ambassadors
•
•
•
•
•
•
•
MNRE has also published the guidelines for
channel partners under the grid connected
rooftop and small solar power plant
programme.
For respective States/ UTs, SNAs and
DISCOMs have to undertake competitive
bidding for selection of developers for
installing RTS plants and only such
empaneled developers will be allowed to
claim CFA/ subsidy.
Solar Energy Corporation of India Ltd. (SECI)
is a CPSU under the administrative control of
the Ministry of New and Renewable Energy
( M N R E ) , s e t u p t o f a c i l i t a t e t h e
implementation plans of the targets set
therein. It is the only CPSU dedicated to the
solar energy sector. SECI will setup the
allotted capacity following the competitive
bidding process.
The financial Institutions and financial
Integrators i.e., NABARD, National Housing
Banks, other Banks, IREDA, etc. are also
eligible for implementing the programme.
They may source funds from MNRE, their
own resources or any other sources i.e.,
carbon credits, National Clean Energy Fund,
funds from States, beneficiary contribution,
CSR sources etc.
Other Govt. Departments/Agencies i.e.,
Railways, Defense/Para Military Forces, Local
Government Bodies including Municipal
C o r p o r a t i o n s / M u n i c i p a l i t i e s , S t a t e
Departments, etc. interested in directly
implementing the programme are also
encouraged.
8.5 Solar Energy Corporation of
India (SECI)
8.6 Financial Institutions/Banks
9. PROCESS FLOW
SNA
Roof Owner Channel
Partner
• Prepares targets based on
capacity sanction by MNRE
• Select installers/ channel
partners through tendering
and fixes rate contracts
• Display of the selected
installers/ channel partners
and rate contracts in public
domain
• Submits installation
requests to the SNA
• Independently selects
installer for getting
proposal from the list
finalised by SNA
• Channel Partners submits
proposal to the rooftop
owner as per site
assessment
• After selection/receiving
work order, signs the EPC
Agreement/PPA with roof
owner
• Submits request for RTS
installation and subsidy to
the SNA
• Applies Net metering to the
concern DISCOM on behalf
of roof owner
• Technical feasibility analysis
of distribution transformer
• Technical evaluation of plant
design and installation
parameters
• Plant inspection and
installation of bidirectional
meters
• Chief Electrical Inspector to
Government conducts
inspection for the plant
DISCOM/ CEIG
• Reviews the
application and
documents submitted
by installer
• Monitors the
installation work and
progress
• Conducts inspection
after project
completion/
commissioning
SNA
• Receives subsidy after
complete due diligence
from SNA and starts
benefiting from Net
metering.
Roof Owner
20 21
200 kW, Mats University, Raipur
STATE INITIATIVES & SCHEMES
10
T
o achieve a sustainable development
route that provides advancement in
economic as well as environmental
objectives, MNRE is closely working with the
C e n t r a l / S t a t e / U T G o v e r n m e n t a n d
Cent ral/ Stat e Electricity R egul ator y
Commissions on various schemes:
• 20 States have developed Solar Policies
supporting Grid Connected Solar Rooftop
Systems, and
• State Electricity Regulatory Commissions
of 34 States/UTs have notified regulations
for net-metering/gross-metering as on
06.01.2017.
• Some State Governments also provide
capital subsidy in addition to CFA provided
by MNRE. Thus under the Chief Minister’s
Solar Rooftop Capital Incentive Scheme,
Tamil Nadu Government provides a capital
subsidy of Rs. 20,000 per kilowatt for grid-
connected residential solar PV systems in
addition to the 30% subsidy scheme of
MNRE. Similar incentive is also being
provided by the State Governments of
Gujarat & Chhattisgarh.
Summary of the above mentioned State Solar
Policies and Net-metering regulations can be
accessed at PV Rooftop cell webpage:
http://pvrooftop.in/states/index_states.htm
11.1 Concessional Loans for RTS
Developers
11.2 Online Portal for Rooftop
Solar ‘SPIN’
As no Central financial subsidy is now available
for commercial and industrial sectors, MNRE
initiated the proposal for multilateral
concessional loans from the World Bank (WB),
Asian Development Bank (ADB) and New
Development Bank (NDB) to support RTS
project developers. All the three multilateral
banks have approved proposal for$1370
million concessional loans to State Bank of
India (SBI), Punjab National Bank (PNB) and
Canara Bank respectively. Ministry of Finance
has approved special guarantee fee for
supporting RTS sector. These loans will be
available to project developers in Rooftop
Solar sector through the above scheduled
1
banks on concessional rates.
MNRE for monitoring and management of
Grid Connected PV Rooftop Projects in India,
launched an online application called SPIN
(Solar Power in India). The application is
developed by the NIC and is available for use
of all stakeholders at www.solarrooftop.gov.in
The main objectives of this online platform is to
make all process involved in the installation of
Grid Connected Rooftop Systems transparent.
Some of the major tasks conducted on SPIN
portal include:
Empanelment of channel partners/
agencies and their management;
Managing proposals, sanctions, targets of
empaneled agencies;
Monitoring of installation of RTS systems;
Disbursement of subsidy (Under proposed
discussions);
Awareness creation for RTS & installation
interest form for general public;
Creation of Geo-referenced database of all
RTS projects.
Using this portal more than 1,150 Channel
Partners/New Entrepreneurs have been
empaneled to tap the solar potential available
in the various sectors in the country.
MNRE is also focusing on upcoming
buildings/new construction, so that these have
RTS installation as a mandatory requirement.
ULBs play a pivotal role in accelerating the RTS
in new construction in their area by
implementing Model Building Bye-laws.
•
•
•
•
•
•
11.3 Scheme for Urban Local
Bodies (ULB)
MAJOR INITIATIVES
11
200 kW, Royal Heritage Mall, Pune, Maharashtra
1
http://mnre.gov.in/file-manager/ UserFiles/ Financing-of-RE-projects-by-Banks-&-FIs.pdf
22 23
STATE INITIATIVES & SCHEMES
10
T
o achieve a sustainable development
route that provides advancement in
economic as well as environmental
objectives, MNRE is closely working with the
C e n t r a l / S t a t e / U T G o v e r n m e n t a n d
Cent ral/ Stat e Electricity R egul ator y
Commissions on various schemes:
• 20 States have developed Solar Policies
supporting Grid Connected Solar Rooftop
Systems, and
• State Electricity Regulatory Commissions
of 34 States/UTs have notified regulations
for net-metering/gross-metering as on
06.01.2017.
• Some State Governments also provide
capital subsidy in addition to CFA provided
by MNRE. Thus under the Chief Minister’s
Solar Rooftop Capital Incentive Scheme,
Tamil Nadu Government provides a capital
subsidy of Rs. 20,000 per kilowatt for grid-
connected residential solar PV systems in
addition to the 30% subsidy scheme of
MNRE. Similar incentive is also being
provided by the State Governments of
Gujarat & Chhattisgarh.
Summary of the above mentioned State Solar
Policies and Net-metering regulations can be
accessed at PV Rooftop cell webpage:
http://pvrooftop.in/states/index_states.htm
11.1 Concessional Loans for RTS
Developers
11.2 Online Portal for Rooftop
Solar ‘SPIN’
As no Central financial subsidy is now available
for commercial and industrial sectors, MNRE
initiated the proposal for multilateral
concessional loans from the World Bank (WB),
Asian Development Bank (ADB) and New
Development Bank (NDB) to support RTS
project developers. All the three multilateral
banks have approved proposal for$1370
million concessional loans to State Bank of
India (SBI), Punjab National Bank (PNB) and
Canara Bank respectively. Ministry of Finance
has approved special guarantee fee for
supporting RTS sector. These loans will be
available to project developers in Rooftop
Solar sector through the above scheduled
1
banks on concessional rates.
MNRE for monitoring and management of
Grid Connected PV Rooftop Projects in India,
launched an online application called SPIN
(Solar Power in India). The application is
developed by the NIC and is available for use
of all stakeholders at www.solarrooftop.gov.in
The main objectives of this online platform is to
make all process involved in the installation of
Grid Connected Rooftop Systems transparent.
Some of the major tasks conducted on SPIN
portal include:
Empanelment of channel partners/
agencies and their management;
Managing proposals, sanctions, targets of
empaneled agencies;
Monitoring of installation of RTS systems;
Disbursement of subsidy (Under proposed
discussions);
Awareness creation for RTS & installation
interest form for general public;
Creation of Geo-referenced database of all
RTS projects.
Using this portal more than 1,150 Channel
Partners/New Entrepreneurs have been
empaneled to tap the solar potential available
in the various sectors in the country.
MNRE is also focusing on upcoming
buildings/new construction, so that these have
RTS installation as a mandatory requirement.
ULBs play a pivotal role in accelerating the RTS
in new construction in their area by
implementing Model Building Bye-laws.
•
•
•
•
•
•
11.3 Scheme for Urban Local
Bodies (ULB)
MAJOR INITIATIVES
11
200 kW, Royal Heritage Mall, Pune, Maharashtra
1
http://mnre.gov.in/file-manager/ UserFiles/ Financing-of-RE-projects-by-Banks-&-FIs.pdf
22 23
To enable RTS development from planning
stage, Ministry of Urban Development (MoUD)
has recently amended Model Building Bye-
laws for including RTS plants for major building
projects.
To ease and expedite the process of RTS
implementation in Government sector, model
bidding documents for both CAPEX and
RESCO modes has been developed by MNRE;
i.e. Memorandum of Understanding (MoU) for
e x e c u t i o n b e t w e e n O r g a n i s a t i o n /
ULB/Ministry /Departments and PSU,
Engineering, Procurement and Construction
(EPC) Agreement for CAPEX /Ownership
11.4 Standardisation of RTS
Documents
model and for
RESCO /PPA mode RTS projects. All these
documents have been duly vetted by the
Department of Legal Affairs, Ministry of Law
and Justice and Department of Expenditure,
Ministry of Finance. These model documents
2
have been made available in public domain.
MNRE has been collating data about RTS
potential of rooftops and surplus areas of
Government building premises of various
Ministries/Departments. Commitment
Certificates of about 3800MWp has been
re cei ve d fro m di ffe ren t Min is tr ies /
Departments. To expedite the RTS installation
on these in Ministerial and Departmental
buildings, MNRE has shortlisted 11 Public
Sector Undertakings (PSUs) to assist the
Ministries/Departments through Project
Management Consultancy (PMC).
Under such PMC, the scope of work of the
PSUs would essentially cover, but not limited
to coordination with the Ministry/Department,
collection of list of sites, site visits, solar
potential assessment, technical evaluation,
finalisation of feasibility report, finalization of
bidding documents in either CAPEX or RESCO
mode, collation of State wise projects for
economics of scale, submission of project
proposals and project completion reports
(PCRs) in SPIN portal, getting sanction from
Power Purchase Agreement
11.5 Implementation of RTS on all
Government Rooftops
MNRE, undertaking bidding process,
s e l e c t i o n o f v e n d o r s , m o n i t o r i n g
implementation, ensuring net metering as per
the State/UT policies, quality control,
supervision during O&M period, dispute
resolution and contract management.
SECI has undertaken competitive bidding at
national level for 50 MWp grid connected
rooftop projects in RESCO mode on buildings
of Central Public Works Department. In this
scheme Power Purchase Agreements have
been signed between CPWD and various
developers on the basis of allotment and
installation is into progress.
SECI has undertaken competitive bidding at
national level for 500 MWp grid connected
rooftop projects. CFA (subsidy) of 30% of the
benchmark cost for residential, institutional
and social sector will be provided through
SECI under this scheme. A total of 122
developer/Installers have been selected for
RTS installations across the country. CFA is not
applicable for private commercial and
industrial sector.
Interested roof owners may get the state wise
list of successful developers with quoted price
11.6 50 MW Rooftop Solar on
CPWD Buildings
11.7 500 MWp Grid Connected
Rooftop Power Plant Scheme
4
from and contact Solar
Energy Corporation of India for further details.
SECI has issued tender for development of
1000 MWp of rooftop solar power project(s) on
pre identified government owned buildings.
Out of the entire tendered capacity, 700 MWp
is to be implemented under the RESCO route
where the project shall be owned, developed
& maintained by the developer (3rd party).
Balance 300 MWp shall be implemented under
5
the CAPEX mode.
MNRE has liaised with World Bank, Asian
Development Bank, GIZ, European Union and
USAID to provide technical assistance and
support for RTS programme. Thus the PV
Rooftop Cell has been established at MNRE
under the technical cooperation with the
European Union in order to expedite Rooftop
Solar implementation and to support
stakeholders.
MNRE has also collaborated with USAID, ADB,
WB and GIZ for technical support to DISCOMs
and SNA for faster deployment of grid
connected rooftop solar. The support from
these multilateral/ bilateral institutions to the
allocated DISCOMs/SNAs will, inter alia, cover
http://seci.gov.in
11.8 1000 MWp Grid Connected
Rooftop Power Plant Scheme
11.9 Technical Assistance /
Cooperation
3
http://solarrooftop.gov.in/notification/Notification-01122016.pdf
4
http://seci.gov.in/upload/files/what_new/news/5867363c5b168ListofsuccessfulbiddersRooftop500MW.pdf
5
http://www.seci.gov.in/upload/ uploadfiles/files/Final%20Tender%20Documents%20for%201000MW%20RT%20Solar%
20PV%20Tender.pdf
495 kWp, Govt. College for Girls, Chandigarh
2
http://solarrooftop.gov.in/notification/Notification-
24112016.pdf
24 25
To enable RTS development from planning
stage, Ministry of Urban Development (MoUD)
has recently amended Model Building Bye-
laws for including RTS plants for major building
projects.
To ease and expedite the process of RTS
implementation in Government sector, model
bidding documents for both CAPEX and
RESCO modes has been developed by MNRE;
i.e. Memorandum of Understanding (MoU) for
e x e c u t i o n b e t w e e n O r g a n i s a t i o n /
ULB/Ministry /Departments and PSU,
Engineering, Procurement and Construction
(EPC) Agreement for CAPEX /Ownership
11.4 Standardisation of RTS
Documents
model and for
RESCO /PPA mode RTS projects. All these
documents have been duly vetted by the
Department of Legal Affairs, Ministry of Law
and Justice and Department of Expenditure,
Ministry of Finance. These model documents
2
have been made available in public domain.
MNRE has been collating data about RTS
potential of rooftops and surplus areas of
Government building premises of various
Ministries/Departments. Commitment
Certificates of about 3800MWp has been
re cei ve d fro m di ffe ren t Min is tr ies /
Departments. To expedite the RTS installation
on these in Ministerial and Departmental
buildings, MNRE has shortlisted 11 Public
Sector Undertakings (PSUs) to assist the
Ministries/Departments through Project
Management Consultancy (PMC).
Under such PMC, the scope of work of the
PSUs would essentially cover, but not limited
to coordination with the Ministry/Department,
collection of list of sites, site visits, solar
potential assessment, technical evaluation,
finalisation of feasibility report, finalization of
bidding documents in either CAPEX or RESCO
mode, collation of State wise projects for
economics of scale, submission of project
proposals and project completion reports
(PCRs) in SPIN portal, getting sanction from
Power Purchase Agreement
11.5 Implementation of RTS on all
Government Rooftops
MNRE, undertaking bidding process,
s e l e c t i o n o f v e n d o r s , m o n i t o r i n g
implementation, ensuring net metering as per
the State/UT policies, quality control,
supervision during O&M period, dispute
resolution and contract management.
SECI has undertaken competitive bidding at
national level for 50 MWp grid connected
rooftop projects in RESCO mode on buildings
of Central Public Works Department. In this
scheme Power Purchase Agreements have
been signed between CPWD and various
developers on the basis of allotment and
installation is into progress.
SECI has undertaken competitive bidding at
national level for 500 MWp grid connected
rooftop projects. CFA (subsidy) of 30% of the
benchmark cost for residential, institutional
and social sector will be provided through
SECI under this scheme. A total of 122
developer/Installers have been selected for
RTS installations across the country. CFA is not
applicable for private commercial and
industrial sector.
Interested roof owners may get the state wise
list of successful developers with quoted price
11.6 50 MW Rooftop Solar on
CPWD Buildings
11.7 500 MWp Grid Connected
Rooftop Power Plant Scheme
4
from and contact Solar
Energy Corporation of India for further details.
SECI has issued tender for development of
1000 MWp of rooftop solar power project(s) on
pre identified government owned buildings.
Out of the entire tendered capacity, 700 MWp
is to be implemented under the RESCO route
where the project shall be owned, developed
& maintained by the developer (3rd party).
Balance 300 MWp shall be implemented under
5
the CAPEX mode.
MNRE has liaised with World Bank, Asian
Development Bank, GIZ, European Union and
USAID to provide technical assistance and
support for RTS programme. Thus the PV
Rooftop Cell has been established at MNRE
under the technical cooperation with the
European Union in order to expedite Rooftop
Solar implementation and to support
stakeholders.
MNRE has also collaborated with USAID, ADB,
WB and GIZ for technical support to DISCOMs
and SNA for faster deployment of grid
connected rooftop solar. The support from
these multilateral/ bilateral institutions to the
allocated DISCOMs/SNAs will, inter alia, cover
http://seci.gov.in
11.8 1000 MWp Grid Connected
Rooftop Power Plant Scheme
11.9 Technical Assistance /
Cooperation
3
http://solarrooftop.gov.in/notification/Notification-01122016.pdf
4
http://seci.gov.in/upload/files/what_new/news/5867363c5b168ListofsuccessfulbiddersRooftop500MW.pdf
5
http://www.seci.gov.in/upload/ uploadfiles/files/Final%20Tender%20Documents%20for%201000MW%20RT%20Solar%
20PV%20Tender.pdf
495 kWp, Govt. College for Girls, Chandigarh
2
http://solarrooftop.gov.in/notification/Notification-
24112016.pdf
24 25
At State, DISCOMs & SNA Level
a) Gap analysis & action plans;
b) Establishing solar cell & technical
committees: National/ State & Utility
levels by providing technical experts;
c) Handholding of Selected utility
/DISCOM/ state electrical inspectors by
deploying expert staffs;
d) Review and Streamlining of process and
developing timelines;
e) Development of unified web portal at the
Nation/ State levels;
f) Development of customer support
centre for rooftop solar for the State/UT
levels;
g) Streamlining of forms and formats for
interconnection application, approval
and site verification;
h) Transaction advisory service for ensuring
time-b ound proc essing of net-
metering/grid-connectivity/subsidy
/loan applications;
i) Tr a i n i n g & C a p a c i t y B u i l d i n g
programmes for SNA/SERC/Electrical
Inspectors/DISCOMs/Bank Staffs.
Awareness / Media Campaign
a) Designing & developing Media
Campaign in local language for rooftop
solar;
b) Issuing advertisement in print and
electronic media (also in local languages)
at national and state level;
c) Development of Massive open online
c o u r s e s f o r U L B, H o u s e h o l d s ,
Developers, Installers;
d) Designing and issuing brochures on
Solar Rooftop Programme;
e) National Training Portal Design Training
of officers of Utility/ DISCOM/ Electrical
Inspectors from all States/UTs;
f) Development of National Monitoring
Centre;
g) Developing and printing model tender
d o c u m e n t s , P o w e r P u r c h a s e
Agreements for RESCO projects & RPC
agreement for CAPEX projects.
Capacity Building
a) Selection, financing and monitoring of
Training partner institutions;
b) Development of training modules for
learners and trainers;
c) Training of Entrepreneurs /Installers
/Corporates /DISCOM-SNA-Banks-
SERC-CRI staffs/officers;
d) Nationa l K n o w l e d g e e x c h a n g e
programs and study tours;
e) National training web portal integrated
with NISE/MNRE websites;
f) Workshops for ULBs, real estate
developers and other stakeholders;
g) Coordination with Green Skill Jobs
Council;
h) Legal Advisory on different kind of
a g r e e m e n t s g r a n t s u n d e r
multilateral/Bilateral funds;
i) Training of Bank Staffs both at head
quarter and regional level.
Literature Development
a) Documentations, Case Studies and
Discrimination;
b) Developing Model tender, PPA
documents for States, SNAs and
DISCOMs;
c) Training of utility engineers;
d) National guidelines for Urban Local
Bodies (ULBs).
• Closely working with DGS&D for
developing standardized rate contract
for Rooftop Solar implementation;
• In order to facilitate the installation of
solar rooftop systems, increase customer
awareness & participation, MNRE
launched a mobile application. This will
be made available to all SNAs/
DISCOMs for adaption in local
languages.
11.10 Other Major Initiatives
26 27
600 kW, Lal Bahadur Shastri Airport, Varanasi
At State, DISCOMs & SNA Level
a) Gap analysis & action plans;
b) Establishing solar cell & technical
committees: National/ State & Utility
levels by providing technical experts;
c) Handholding of Selected utility
/DISCOM/ state electrical inspectors by
deploying expert staffs;
d) Review and Streamlining of process and
developing timelines;
e) Development of unified web portal at the
Nation/ State levels;
f) Development of customer support
centre for rooftop solar for the State/UT
levels;
g) Streamlining of forms and formats for
interconnection application, approval
and site verification;
h) Transaction advisory service for ensuring
time-b ound proc essing of net-
metering/grid-connectivity/subsidy
/loan applications;
i) Tr a i n i n g & C a p a c i t y B u i l d i n g
programmes for SNA/SERC/Electrical
Inspectors/DISCOMs/Bank Staffs.
Awareness / Media Campaign
a) Designing & developing Media
Campaign in local language for rooftop
solar;
b) Issuing advertisement in print and
electronic media (also in local languages)
at national and state level;
c) Development of Massive open online
c o u r s e s f o r U L B , H o u s e h o l d s ,
Developers, Installers;
d) Designing and issuing brochures on
Solar Rooftop Programme;
e) National Training Portal Design Training
of officers of Utility/ DISCOM/ Electrical
Inspectors from all States/UTs;
f) Development of National Monitoring
Centre;
g) Developing and printing model tender
d o c u m e n t s , P o w e r P u r c h a s e
Agreements for RESCO projects & RPC
agreement for CAPEX projects.
Capacity Building
a) Selection, financing and monitoring of
Training partner institutions;
b) Development of training modules for
learners and trainers;
c) Training of Entrepreneurs /Installers
/Corporates /DISCOM-SNA-Banks-
SERC-CRI staffs/officers;
d) Nationa l K n o w l e d g e e x c h a n g e
programs and study tours;
e) National training web portal integrated
with NISE/MNRE websites;
f) Workshops for ULBs, real estate
developers and other stakeholders;
g) Coordination with Green Skill Jobs
Council;
h) Legal Advisory on different kind of
a g r e e m e n t s g r a n t s u n d e r
multilateral/Bilateral funds;
i) Training of Bank Staffs both at head
quarter and regional level.
Literature Development
a) Documentations, Case Studies and
Discrimination;
b) Developing Model tender, PPA
documents for States, SNAs and
DISCOMs;
c) Training of utility engineers;
d) National guidelines for Urban Local
Bodies (ULBs).
• Closely working with DGS&D for
developing standardized rate contract
for Rooftop Solar implementation;
• In order to facilitate the installation of
solar rooftop systems, increase customer
awareness & participation, MNRE
launched a mobile application. This will
be made available to all SNAs/
DISCOMs for adaption in local
languages.
11.10 Other Major Initiatives
26 27
600 kW, Lal Bahadur Shastri Airport, Varanasi
Contact
This booklet covers key administrative processes, schemes and initiatives associated
with a solar rooftop PV programme of the MNRE. Since the commencement of the
rooftop solar programme, the administrative processes have evolved based on
monitoring of the processes and feedbacks of stakeholder.
For all matters related to RTS installations, clarification and accreditation
related queries you may contact:
MNRE PV Rooftop Cell
th
10 Floor, Paryavaran Bhawan, CGO Complex, Lodhi Road, New Delhi-3
Phone : +91-11-24368905 (Direct), 011-24361862 -Extension 1009
Email : pvrooftop@gmail.com