Master industry-standard photovoltaic engineering, battery storage, and electric vehicle systems. Compare certified solar diplomas and postgraduate programs, explore professional PV software training (PVsyst, HelioScope), and access free technical calculators built for Indian solar engineers, installers, and clean-tech entrepreneurs.

India's most comprehensive blended solar engineering qualification covering MW-scale design, 3D near-shading simulation in PVsyst, string architecture, and practical EPC commissioning.
Whether you are an engineering student preparing for core renewable jobs, an electrical contractor establishing an EPC business, or a practicing engineer mastering software, IISE provides structured, career-aligned pathways.
Grid-tied, off-grid, and hybrid photovoltaic system engineering, string architecture, and MNRE-aligned rooftop compliance.
Master industry tools including PVsyst, HelioScope, PV*SOL, SAM, and AutoCAD for bankable yield reports and 3D near-shading layouts.
Powertrain design, motor controllers, battery pack integration, BMS architecture, and EV charging station infrastructure.
Utility-scale and distributed BESS sizing, Lithium-ion cell electrochemistry, thermal management, and microgrid synchronization.
BEE-compliant industrial energy audits, electrical load profiling, thermal imaging, and commercial energy conservation measures.
Techno-commercial project feasibility, DISCOM net-metering liaison, solar EPC bidding, Capex/Opex modeling, and startup launch.
Our flagship solar programs integrate rigorous theoretical design with physical hands-on installations and computational simulation. Verified course details, fees, and official application links below.

Rigorous master-level training covering utility-scale solar PV, advanced PVsyst simulations, inverter synchronization, string sizing, and complete EPC execution.

Focused engineering curriculum on rooftop and ground-mount PV system design, single-line diagrams (SLDs), BoS component sizing, and DISCOM net-metering standards.

Fast-track certification for engineers covering PV fundamentals, load estimation, string inverter sizing, HelioScope layout design, and safety compliance.

Direct field exposure with physical mounting structures, module stringing, DC isolator wiring, earthing/lightning protection, and digital clamp meter testing.

Designed for entrepreneurs launching a solar EPC company: covers customer acquisition, DPR preparation, vendor selection, Capex/Resco models, and financing.

For vocational instructors, college professors, and senior solar engineers seeking certified mastery in instructional pedagogy, solar lab management, and testing.
Explore all 12 active programs offered across Solar Photovoltaic engineering, Electric Vehicle powertrains, Battery storage systems, and Industrial Energy Auditing.






Vocational Degree
Vocational Degree



Modern solar project engineers are required to possess rigorous computational simulation capabilities. IISE integrates hands-on software modules directly into our diploma and engineering certification programs.
Comprehensive engineering simulation of grid-connected, standalone, and pumping PV systems. Master 3D near-shading scene construction, horizon profiling, electrical loss diagrams, and bankable P50/P90 probability reports for lenders and investors.
Fast, cloud-based commercial and industrial rooftop solar design. Integrate high-resolution satellite imagery with Google Maps and CAD files, configure automated string inverter layouts, set parapet keepout zones, and generate DISCOM-ready net-metering proposals.
Sophisticated dynamic 3D solar design modeling coupled with battery energy storage systems (BESS), heat pumps, and electric vehicle charging. Perform minute-by-minute energy balance simulations and realistic financial tariff optimization.
Developed by the National Renewable Energy Laboratory (NREL), SAM calculates technical performance and financial metrics for clean energy projects. Master levelized cost of energy (LCOE), cash flow modeling, PPA structuring, and debt coverage ratios.
Parametric 3D building modeling for complex architectural rooftops, shadow path tracing across solar equinoxes and solstices, module pitch optimization, and civil structural clash detection prior to site execution.
Industry-standard engineering drafting for electrical Single-Line Diagrams (SLDs), array string layout drawings, cable routing schedules, inverter station layouts, and substation interconnection protection schematics.
Accelerate preliminary site feasibility, equipment sizing, and proposal estimations with India-calibrated solar engineering tools. Use our active in-page solar calculator below, and explore our full 12-tool discovery suite.
Distinguishing active online tools from beta algorithms and advanced academic curriculum modules.
Interactive in-page engine computing recommended kWp, daily/annual kWh generation, required shadow-free roof area, and tariff bill savings.
Calculates precise usable square footage and square meters required for RCC flat roofs and industrial trapezoidal metal sheet installations.
Determines total panel count based on 540Wp/550Wp Mono PERC and TOPCon ratings with standard inverter string voltage window matching.
Formulates battery pack capacity in Ah and kWh accounting for Depth of Discharge (DoD), days of autonomy, and inverter round-trip efficiency.
Optimizes Inverter Loading Ratio (ILR 1.20 to 1.35) to balance clipping losses against early morning and evening low-irradiance generation.
Selects cross-sectional conductor area (sq. mm) ensuring DC voltage drop remains under 1.5% and AC grid drop stays below 2.0% (IS 732 compliance).
Evaluates simple payback, IRR, accelerated depreciation benefits (Section 32 of Income Tax Act), and net present value (NPV) for C&I properties.
Profiles maximum demand (kVA/kW) from utility electricity bills, applying sector-specific diversity factors for accurate system right-sizing.
Benchmarks module, inverter, structure (galvanized/aluminum), cabling, earthing, net-metering liaison, and EPC installation costs across India.
Compares measured operational AC generation against theoretical irradiation yield (IEC 61724 standard) to diagnose plant health.
Standard Indian DISCOM metric evaluating annual generation efficiency: CUF (%) = (Annual Generation in kWh) / (Installed kWp × 8760) × 100.
Quantifies greenhouse gas emission reductions (CEA Indian Grid baseline: 0.82 kg CO2 per kWh) and ESG sustainability impact reporting.
With diverse clean-energy specializations available, selecting the ideal course depends on your current educational qualification, available study commitment, and whether your objective is employment, consulting, or starting an EPC business.
Why this fits: Delivers deep theoretical foundations, PVsyst bankable simulation, electrical SLD drafting, and direct hands-on installation exposure demanded by hiring EPC firms.
Why this fits: Focuses specifically on photovoltaic sizing, DC/AC inverter integration, DISCOM net-metering norms, and field commissioning without career interruption.
Why this fits: Covers project financial modeling, tender bidding, vendor negotiation, DISCOM paperwork, and customer proposal creation to minimize startup risk.
Why this fits: Master industry simulation tools, Meteonorm weather data import, horizon analysis, P50/P90 generation reports, and LCOE financial structuring.
Why this fits: Comprehensive instruction on battery chemistry, thermal runaway prevention, cell balancing, CAN communication, and EV charging infrastructure.
Engineering cannot be mastered through video lectures alone. IISE enforces a multi-pillar blended pedagogical model combining deep analytical theory with physical laboratory execution.
Live online classes led by senior solar engineers covering photovoltaic physics, inverter topology, transformer matching, protection coordination, and CEA/MNRE technical standards.
Physical installation exercises: assembling mounting structures, torque tightening, stringing bifacial modules, crimping MC4 connectors, and DC isolator integration.
Rigorous digital laboratory sessions in PVsyst, HelioScope, and AutoCAD. Students complete real project case studies, generating lender-grade 8,760-hour simulation loss reports.
Field testing with digital multimeters, insulation resistance testers (Megger), clamp meters, and irradiance pyranometers to verify Voc, Isc, polarity, and earthing loop resistance.
Dedicated personal contact sessions providing exposure to operational commercial rooftop plants and ground-mount substations, bridging classroom learning with field realities.
India's ambitious target of achieving 500 GW of non-fossil capacity by 2030, paired with the PM Surya Ghar 10-million rooftop solar initiative, has triggered an acute shortage of certified technical talent across the clean energy supply chain.
Prepares detailed engineering designs, PVsyst energy yield reports, 3D HelioScope layouts, and AutoCAD Single-Line Diagrams for EPC tenders.
Supervises civil mounting structure erection, module installation, inverter cabling, transformer interconnection, and field safety protocols.
Executes pre-commissioning testing: insulation resistance, string Voc/Isc verification, anti-islanding relay calibration, and DISCOM synchronization.
Manages plant performance monitoring via SCADA, thermographic drone inspections, soiling mitigation, scheduled preventive servicing, and inverter repair.
Establishes a solar integration firm executing turnkey rooftop and C&I projects under PM Surya Ghar and commercial net-metering schemes.
Advises developers and commercial consumers on Open Access solar, group captive structuring, DISCOM net-metering sanctions, and power purchase agreements (PPAs).
Founded to empower communities, students, and solar enterprises, IISE combines engineering rigour, verified technical curricula, and transparent admissions.
Unlike generic training centers, IISE is 100% dedicated to clean-tech education: Solar PV, EV Technology, and Battery Storage systems.
Learn directly from practicing solar EPC contractors, licensed electrical consultants, and simulation specialists who build MW solar plants daily.
Access physical rooftop rigs, real inverters, PV modules, string combiner boxes, and electrical testing instruments in controlled lab environments.
Structured specifically for working professionals and engineering students: live online weekend lectures paired with scheduled intensive practical workshops.
Our certifications and diplomas are recognized by solar EPC employers, industrial manufacturers, and renewable energy consulting firms across India.
Graduates receive ongoing technical advisory support from IISE faculty for their real-world project sizing, DISCOM paperwork, and startup challenges.
Our technical admissions counsellors evaluate your academic background, career goals, and location to recommend the optimal diploma, certification, or workshop track. Get your questions answered directly.
Clear, transparent answers to help you evaluate syllabus depth, fees, software tools, practical training, and career prospects.
Deepen your renewable energy domain knowledge by connecting with IISE's broader ecosystem of specialized landing pages, corporate consulting services, and student tools.
Our dedicated lead-generation landing page for solar diplomas and certifications.
In-depth engineering programs covering lithium-ion battery chemistry, BMS, and BESS.
Commercial consulting, DPR preparation, vendor audits, and technical advisory for enterprises.
IISE's clean energy corporate engagements, research partnerships, and utility initiatives.
Direct admissions portal for registering and booking seats in upcoming batches.
Direct enquiry endpoint for commercial solar projects, EPC consulting, and feasibility audits.
Equip yourself with the practical engineering skills, computational software mastery, and verified credentials required to excel in India's booming clean-energy sector.