SOLWARE
Hands-On Comparison Study on PVSyst & Helioscope Solar
PV 3D System Design
Conducted by
IIT Faculty & Solar Industry Experts
Date: 24th & 25th November, 2018
Venue: CETTM, MTNL, Hiranandani Garden, Technology Street, Powai, Mumbai.
Email :
events@solarmango.com
This training program enables participants to “Design and Simulate SPV System” using the best software available in the market. The missions of this program are to impart the knowledge and proper training and enable participants to become a solar professional.
India requires a number of trained Solar Professional & Solar Entrepreneurs to fulfil the gap where technology meets a need, as India’s National Solar PV target is 100 GW to be achieved by the year 2022. Hence, there is a huge market for job seekers, aspiring entrepreneurs, etc. whose aspiration can be fulfilled by this huge demand of this hour.
Objectives:
- The main objective of this program is to understand an off- grid system, on- grid system and hybrid system.
- Solar Power Plant design with the help of simulation software.
- Simulation cover (Project phase, orientation of modules, solar components, user’s needs, near and far shading analysis, different loss analysis, simulation result and discussion)
- Different steps to execute the solar power plant
- Different development phase in the solar plant installation.
Who should attend?
- Photovoltaic design and project engineers
- Administrators and decision makers in the private and public sectors, and Governments
- Entrepreneurs exploring the field and value chain of solar energy
- Professionals from stakeholder industries such as banking, accounting, architecture, etc.
- Engineering faculties and students
Perks after doing this workshop:
- 10% exclusive discount for our participants to purchase commercial Helioscope license.
- A tested approach for successful solar PV design.
- Certification from recognized training provider and SINE, IIT Bombay.
- Collaboration opportunity with kWatt Solution Rooftop EPC Vertical for PV Designing purposes.
- Recommendation to our 50 Industrial partners for a Solar PV designer job role.
Certification Includes:
- LOGO – SINE IIT Bombay (Society of Innovation and Entrepreneurship)
- LOGO – Kwatt Solutions
- SIGNATORY – Chetan Singh Solanki (Prof. Energy Science Department, IIT Bombay)
Pre-requisite/ Condition:
- All the participants will have to bring their own laptop with preinstalled PVSyst trial version to effectively undertake the software training.
- Participants should have some prior knowledge of Solar PV systems and its design parameters.
- Neither laptop nor the PVSyst software to any participants will be provided in the training by Kwatt Solutions.
*Link for downloading PVSyst 6.75 version is:
CLICK HERE TO DOWNLOAD
*Helioscope is a cloud-based software so no need for any prior preparation for that, just check your system compatibility once by referring this: Modern browsers (Chrome, Firefox, Safari, and Internet Explorer 9+)
Email:
events@solarmango.com
Please fill in this form to know about this training program
Training Program Agenda
DAY 1: 24th November 2018: Saturday: Hands-On PVSyst Software
| Timings | Module Name | Course Content | Faculty |
| 10:00 to 10:30 | Introduction on SOLWARE workshop |
|
GUEST |
| 10:30 to 11:30 | Introduction to “PVSyst” software | Overview on PVSyst.
Explain the different phase of PVSyst Software:
|
GUEST |
| 11:30 to 11:45 | Tea Break | ||
| 11:45 to 13:00 | Design with PVSyst software | Design the 100 kW PV power plant
|
GUEST |
| 13:00 to 14:00 | Practice session 1 “PVSyst software” | Design a 500 kWp PV power plant | GUEST |
| 14:00 to 15:00 | Lunch | ||
| 15:00 to 17:00 | Practice session 2
“PVSyst software” |
Design a 1MWp PV power plant with economic calculation | GUEST |
| 17:00 to 17:45 | 3D Analysis with PVSyst | GUEST |
DAY 2: 25th November. 2018: Sunday: Hands On Helioscope Software
| Timings | Module Name | Course Content | Faculty |
| 10:00 to 11:30 | Introduction on Helioscope Software | Overview on Helioscope.
Explain the different phase of Helioscope Software:
|
GUEST |
| 11:30 to 11:45 | Tea Break | ||
| 11:45 to 13:00 | Design with Helioscope software | Design the 100 kW PV plant
|
GUEST |
| 13:00 to 14:00 | Practice session 1 “Helioscope software” | Design a 500 kWp PV power plant | GUEST |
| 14:00 to 15:00 | Lunch | ||
| 15:00 to 17:00 | Practice session 2
“Helioscope software” |
Design a 1MWp PV power plant with economic calculation | GUEST |
| 17:00 to 17:45 | 3D Analysis with Helioscope | GUEST | |
| 17:45 to 18:00 | Vote of thanks & certification felicitation |
Talk to us -7358263274 or Email : events@solarmango.com
==
See also: Climate Startup Intelligence from CLIMAFIX
This workshop looks terrific. Solar professionals need to keep up to date with the industry and workshops like that are a great opportunity.
The world we live in is adaptive to technological advancements and energy is no exemption to it. From deriving mankind’s energy needs from fire to coal and then the electricity, energy market has seen a huge transformation. With the world mulling for non-polluting sources, renewable energy sources and especially solar PV (due to its wide spread adaptability) shall play a major role in such transformation. In early years, solar PV technology was only limited to space applications because of its low energy to weight ratio. However, with increased interests coupled with technological exploration, solar PV had started flourishing. It was however only in early 20th century that the world started realizing the true potential of solar PV. From then, the market for solar energy has been growing exponentially thanks to the extensive support from the government coupled with the energy costs from solar PV breaching grid parity. Known to be the heart of the solar power plant, the solar module (see Figure 1) constitutes more than 50% of the plant’s cost. While the traditionally available solar modules in the market are multi & mono crystalline and thin film based, a lot of cell technologies (such as PERC, Bifacial, N-type cells, etc.) were already made available in the market or were proven reliable at laboratory stages. With the huge gamut of technology available at our disposal, it could be sometimes confusing for aninvestor to select the right technology. Additionally with the market changing so fast, it is important to select the right technology for a power plant considering various factors. This article aims to educate its readers on such technologies and also give them insights on them.
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