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Bangladesh's most comprehensive short-course certification in renewable energy: thirteen classroom, laboratory and software design days covering solar PV and EV charger installation, culminating in a live industrial site visit, EV charger commissioning and a final project presentation.
Enroll NowIntroduction and overview of renewable energy; global renewable energy scenario; Bangladesh renewable energy context; introduction to solar PV systems; global and Bangladesh-specific solar PV trends.
Solar PV technologies; grid-tied, hybrid and distributed solar systems; application areas; comparison of on-grid, off-grid and hybrid systems.
Panel and inverter datasheet analysis for off-grid, on-grid and hybrid systems; Watt, Voc, Vmp, Isc, Imp, efficiency, temperature coefficient, warranty; MPPT range, DC input, AC output, protection, communication and system compatibility.
Introduction to PVsyst; interface overview; project creation workflow; site/location setup; meteo data selection; system type selection; orientation, tilt, azimuth and component database understanding.
Module and inverter selection in PVsyst; string configuration; basic shading; energy yield estimation; loss diagram; performance ratio; simulation result analysis and report generation.
Load analysis; daily energy calculation; solar array, battery, inverter and charge controller/MPPT sizing; autonomy days and backup requirement; practical off-grid and hybrid design considerations.
Complete off-grid and hybrid project details; finalized load calculation; panel, inverter, MPPT/charge controller and battery sizing; cable and protection device selection; single-line concept; final BOQ and project completion discussion.
Hands-on PVsyst practice for hybrid project design; component selection; string configuration; load and storage design considerations; simulation practice; result analysis; report preparation and project review.
SketchUp interface; basic drawing and editing tools; measurement and unit setup; geo-location setup; simple building layout; rooftop structure creation; basic 3D modeling; model view and navigation practice.
Skelion plugin; solar panel layout design; module placement on rooftop; tilt and orientation setup; row spacing; shading consideration; project location and sun path analysis; array design; energy layout preparation and final model review.
Modules, inverters, mounting, cables, protection devices, batteries and charge controllers; equipment standards, quality and safety; grid connection requirements; voltage/frequency limits and synchronization; basic electrical design; risk management; Bangladesh solar PV policy; net metering; socio-environmental sustainability.
Testing and commissioning; insulation testing; polarity checking; inverter configuration; performance evaluation; O&M; monitoring systems; troubleshooting common faults; rooftop or utility-scale site visit; component observation; safety briefing; layout review and practical exposure to real project installation and operation.
Introduction to EV charging systems; AC and DC charger overview; EV charger types and ratings; charging connectors; communication and protection systems; EV charging load calculation; compatibility with EV models; safety standards and site requirements.
EV charger installation procedure; cable sizing; protection device selection; earthing requirement; mounting and wiring; charger configuration; testing and commissioning; troubleshooting; integration with solar PV and battery storage; final project presentation.
DURATION
14 days — weekday intensive or weekend batches
BATCH SIZE
20–30 participants for personalized training
ELIGIBILITY
SSC/HSC minimum; BSc/Diploma preferred; working pros welcome
LANGUAGE
Bengali, with English technical terminology
CERTIFICATION
Vendor-certified by LESSO Solar, BYD & GESL
CAREER SUPPORT
Placement via Skill.Jobs network (10K+ employers)
SITE VISIT
Day 12 industrial visit — transport arranged
FINAL PROJECT
Day 14 EV charger installation & presentation
EQUIPMENT
All tools, materials & PVsyst access — no cost to students