RE Atlas for India – User Guidedarpan.cstep.in/reatlas/userguide.pdfRE Atlas for India – User...
Transcript of RE Atlas for India – User Guidedarpan.cstep.in/reatlas/userguide.pdfRE Atlas for India – User...
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RE Atlas for India – User Guide
Center for Study of Science, Technology & Policy
No. 18, 10th Cross, Papanna Layout, Mayura Street, Nagashettyhalli
RMV II Stage, Bangalore-560094, Karnataka, INDIA
www.cstep.in
http://www.cstep.in/
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RE Atlas for India – User Guide
Please send your valued suggestions and feedback to [email protected]
The Center for Study of Science, Technology and Policy is developing a Renewable Energy (RE)
Atlas for India. This platform allows for visualisation and first-cut analysis of national and state
level potentials across various RE sectors such as solar, wind, bio-mass and pumped hydro. It is
intended to act as a common platform for decision-makers, policy researchers, academia and
industry to visualize renewable energy potential within India.
The platform is available at: http://darpan.cstep.in/reatlas/
The tool (so far) has been broadly categorized into two segments namely Solar and Wind. The
solar category comprises of both Concentrated Solar Power (CSP) and Photovoltaics (PV),
whereas wind category comprises of both Off-Shore and On-shore wind potentials. This tool
provides land parcel details at taluk level for each state in India. The tool is freely accessible and
doesn’t require any login credentials.
1. Homepage
The landing page of the application shows the aggregate national solar and wind potentials. As
user zooms in (double click), the map displays the state level solar potentials. On clicking the
icon inside any state, potentials in each district of that particular state are shown in a panel on
the right.
Important Note: Only waste lands have been considered for estimating the solar potentials.
Similarly, for the wind potential in a state, one can select the wind tab at the top of the page.
Important Note: Only agricultural land and wastelands have been considered for estimating the
wind potentials.
mailto:[email protected]://darpan.cstep.in/reatlas/
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RE Atlas for India – User Guide
Please send your valued suggestions and feedback to [email protected]
mailto:[email protected]
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RE Atlas for India – User Guide
Please send your valued suggestions and feedback to [email protected]
2. Analysis
In order to do any analysis, a user can click on “Analysis” button on top most right corner of the
homepage. This will take the user to the analysis page, with solar selected by default.
The user can see two tabs, namely
1. Data Layers
2. Site Selection
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RE Atlas for India – User Guide
Please send your valued suggestions and feedback to [email protected]
3. Site Selection for Solar
Switch to “Site Selection” in order to know more details about particular land parcels. There are
two ways to achieve this: one can navigate to particular taluk by selecting desired state and
district and click “Load” button which shows all available land parcels in that taluk.
On clicking the “Load” button, all parcels that meet the selection criteria are shown. The user
can select a particular parcel (the selected parcel turns yellow). Information shown includes
area of the land parcel and gross potential of the parcel based on the technology chosen. The
“Utilization” slider allows a user to estimate the actual amount of the potential he/she expects.
This estimate should factors in land utilization, contours and topography, possible finances
available etc. The net potential is therefore the useful piece of the parcel.
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RE Atlas for India – User Guide
Please send your valued suggestions and feedback to [email protected]
4. Techno-economics (Solar PV only)
Once a parcel has been selected, a user can perform techno-economic analysis by first
downloading a configuration file using the download icon and then clicking on “Upload the
config file for Techno-Economics”.
This will take the user to the CSTEM PV Web tool, where he/she can login or choose “Continue
as guest”. Selecting the upload file icon will input all the necessary data (including latitude and
longitude, chose technology type, 8760 hours of solar irradiation etc.). The user can then check
financial and technical parameters in detail.
mailto:[email protected]
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RE Atlas for India – User Guide
Please send your valued suggestions and feedback to [email protected]
5. Installation
The user can now click “Install” and the details will show up in a panel on the top-right. (“Install
operation colours the particular parcel in Green). This process can be repeated for multiple land
parcels which make a scenario for meeting the requirements.
6. Data Layers
Data layers is subcategorized into
1. Base layer
2. Overlays (Added on top of Base layer)
Base layers sub-category presently consists of Openstreetmap, Solar Insolation, Wind Power
Density (for 100m hub height) and satellite overview. In addition to these, this section also
contains choropleth maps like potential PV and CSP parcels (wasteland only) across India.
Overlays are several additional layers that provide useful information to the user. These can be
switched on and off as per the user’s convenience.
mailto:[email protected]
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RE Atlas for India – User Guide
Please send your valued suggestions and feedback to [email protected]
7. Acknowledgements
We gratefully acknowledge several institutions whose generous support made possible the RE
Atlas. The core grant provided by Think Tank Initiative of International Development Research
Centre (IDRC), and Oak Foundation helped us build the expertise in geo-spatial analysis and
acquire various data sets and tools. Shakti Sustainable Energy Foundation grant enabled us to
procure wind related data and add Integrated Resource Planning as a component to model the
integration of RE with conventional power sources. Ministry of New and Renewable Energy
grant enabled us to develop CSTEM, which is an engineering-economic analysis model for solar
thermal technologies. We further used the grant from Department of Science and Technology
(under Indo US Joint Clean Energy R&D Centre, SERIIUS) to add engineering economic analyses
of solar PV technologies to CSTEM.
Sources of our data:
ISRO (NRSC-Bhuvan), KSRSAC, NREL and other private entities
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