IST Solar Training included all engineering design software / tools

IST Pitched Roof Solar MMS Structural Design Analysis Tool

1 — Project Input: Wind standard selection (ASCE 7-10/16 or IS 875 Part 3), basic wind speed, exposure/terrain category, seismic zone, roof height, pitch angle, rafter span, panel gap (locked to 150mm minimum per IEC 62938), panel dimensions/weight, rail and hook spacing, steel grade, rail material (Al 6005A-T5, 6063-T6, Steel, SS316), and snow zone.
2 — Roof Type: Six roof surfaces — Clay/Concrete Tiles, Metal Sheet, Corrugated Sheet, Asphalt Shingles, Slate, and Standing Seam Metal. Each auto-fills the correct dead load, hook type, waterproofing method, and tile overlap. Standing seam is highlighted as no-penetration (best option).
3 — Load Analysis: Complete wind analysis per ASCE 7-10/16 or IS 875 Part 3 including uplift and download coefficients specific to pitched roof panels, plus dead load, snow load (IS 875 Part 4), seismic base shear (IS 1893), and all five load combinations per IS 800 Table 4.
4 — Member Design: IS 800:2007 limit state checks for aluminium rail — bending (Cl 8.2), shear (Cl 8.4), and deflection (L/250). Auto-selects adequate rail section from database with utilisation percentages and pass/fail.
5 — Roof Hooks: Pull-out and shear capacity checks for the selected hook type with factor of safety ≥ 2.0. Waterproofing specification and galvanic isolation details per IEC 62938.
6 — Drawings: Four views — side elevation (showing pitch angle, 150mm gap, rails, hooks), top plan view (array layout with hooks), rail layout with hook positions and dimensions, and hook/bracket connection detail. All download as PNG.
7 — Component Database: Full CRUD for Rails/Profiles, Roof Hooks & Clamps, Mid/End Clamps, Fasteners, and Solar Panels with all specifications.
8 — Full Report: 13-section STAAD-style report covering all codes (ASCE 7, IS 875, IS 800, IS 1893, IEC 62938, IEC 62548), load tables, member design, hook design, installation notes, and quality checklist. Print or copy to clipboard.

IST SOLAR POWER PLANT — DCDB DESIGN CALCULATOR v2.0

DCDB (Direct Current Distribution Box) design calculator determines the necessary components—strings, fuses, SPD, and cable sizes—to safely connect solar panels to an inverter.

Full walkthrough of:
1. INPUT STRING PARAMETERS: Panel & String Configuration, Site Temperature, Cable Lengths, Choose String Cable, DCDB→Inv, Battery Cable, No. of Cores (Main Cable)
2. Press → CALCULATE ALL
3. Sumulation will check String Voc, String Vmp, String Isc, String Imp, TEMPERATURE CORRECTED VOC, DCDB Max Voltage, DCDB Total Isc, DCDB Total Imp, Total DC Power, VILADED CABLE CORRECTION FACTORS, VOLTAGE DROP ANALYSIS (Max 1%), String Fuse/MCB, DCDB MCCB, SPD Uc DC
4. Standards: IEC 62548, IEC 60364-5-52, IEC 61439, IEC 61643, IS 16169


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IST Solar Power Plant design software

IST Solar Proposal Generator v3

This proposal structure is designed to be comprehensive, covering technical, financial, and implementation aspects across 8 pages (A4).

Generated Proposal — 8 A4 pages:
1. Cover Page — branded dark header, 6 KPI tiles, 27-yr gross + net savings summary
2. Cover Letter — To/Subject/body/signature with Project Engineer designation
3. Quotation — 7-row GST table (5% components / 18% services), bank details, dual signatures
4. Terms, Conditions & Disclaimer — Pre-filled defaults or custom T&C
5. System Design — 8-metric grid + Monthly Generation vs Consumption chart + Monthly Savings chart
6. Financial Analysis — 9-tile CAPEX/OPEX/ROI grid, OPEX note, loan table, 27-yr projection chart (with investment break-even line)
7. 27-Year Table — year-by-year Gen/Savings/OPEX/Net/Cumulative with payback year highlighted green
8. Subsidy Calc + About — PMSGY/PM-KUSUM slab breakdown, company profile, project summary snapshot, final signatures
Every page: EPC Logo + Name + Address + Phone + Email + Website + GSTIN in header


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Institute of Solar Technology: Offers course on PV Technology & Business Management, focusing on project development and quality management.

Key aspects covered in solar business courses:

1. Technical Knowledge: Understanding solar panel technology, system design, installation, and maintenance.
2. Project Management: Skills in planning, executing, and overseeing solar projects, including budgeting and procurement.
3. Business Planning: Developing a business plan, conducting market research, and understanding legal and financial aspects.
4. Marketing and Sales: Learning how to market solar services, source leads, and manage customer relationships.
5. Entrepreneurship: Developing entrepreneurial skills, including innovation, leadership, and team building.

Active Participant Presence in Learning:

1. Engaging Activities:Incorporating interactive learning activities, such as group discussions, role-playing, simulations, and hands-on projects, can enhance participant engagement and knowledge retention.
2. Real-World Applications:Linking the training content to real-world applications, such as case studies and site visits, can help participants understand the practical relevance of the knowledge and skills being taught.
3. Technology Integration:Utilizing technology, such as virtual reality or online platforms, can provide immersive and interactive learning experiences, especially for complex tasks.
4. Collaborative Learning:Fostering a collaborative learning environment where participants can learn from each other's experiences and perspectives can enhance the overall learning experience.

Discover the PV business and expand your professional options

Reputation and reviews:

For comprehensive solar business training, consider programs focused on solar PV technology and business management, especially those offered by the Institute of Solar Technology (IST).

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