Integrated Solar Photovoltaic (PV) System Designer (TÜV)

Unleash the Power of Solar Energy: Master the Art of Integrated Solar PV System Design

Seminar

1 Date available

Certificate of Completion

Virtual learning

40 Lessons

Available online

Seminar Number: IDN-T2-VC

Take this training to learn the skills necessary to design integrated solar photovoltaic (PV) systems that have been approved by the TÜV. You will acquire the skills necessary to plan and implement solar PV installations that adhere to worldwide norms. Embark on a remarkable adventure with TÜV Rheinland Indonesia and explore our renowned international training and personal certification program: Integrated Solar Photovoltaic (PV) System Designer.

Through this program, you will acquire the knowledge and skills to design and configure solar energy generation systems that serve the energy requirements of remote areas and cater to primary energy needs.

Don't let this extraordinary opportunity slip through your fingers. Embrace the distinguished benchmarks of IEC 60364-7-712 and IEC 62446 by joining forces with TÜV Rheinland Indonesia. Unleash your true potential today!

Benefits

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The principles of Photovoltaic (PV) System, Standard IEC 60364-7-712 and IEC 62446
The principles of PV Plant Design
The economic evalution of PV design
The basic ability to design and to configure PV components for Low
Voltage on-grid and off-grid system
Calculate PV system sizing for ongrid and off-grid

Target group

Professional
Minimum high school or technical high school educational background.

Requirements

Minimum high school or technical high school educational background.
Higher degree of education in engineering or knowledge as a technician (e.g. mechanic, electrician, instrumentation), engineer, and/or practical experience in the installation, maintenance and sale of PV equipment are recommended.
Admission to the examination is granted upon a minimum attendance of 90% of the training programme.

Training outline

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Day 1 - 4

Introduction to the basic concept of photovoltaic system
Introduction to market situation
Introduction to the concept of plants connected to the power grid
Development from Solar cell to the module and the PV Plant electrical basics - current, voltage, electric power
Module technologies and characteristic values
Plant design 1: The roof, system static and building static documentation and strategy module orientation and inclination ·
Plan design 2: Shading analysis, Module selection, invester selection, and design mounting system, processing plant calculation and cost
Economic evaluation cost and benefit analysis
Issue on remote / off grid plant
Battery technology for the Hybrid plant

Day 6 - 7

Power plant design: design simulation using PVSyst
Financial analysis: economic feasibility study using PVSyst
Microgrid reliability : microgrid design simulation
Electrical protection: electrical network protection coordination
Written test : - Power plant design for on-grid - Power plant design for off-grid - Microgrid - Economic feasibility study

Other information

Virtual Training / Online Classroom Terms and Conditions:

Laws and Regulations: The training follows applicable laws of the country.
Equipment and Internet: Participants need a reliable device and internet.
Attendance and Participation: Participants must attend all sessions and actively participate.
Cancellation or Rescheduling: The company may cancel or reschedule with notice.
Conduct: Professional and respectful behavior is expected.
Intellectual Property: Training materials cannot be shared or reproduced without permission.
Recording: Participants need prior consent to record sessions.
Feedback and Evaluation: Feedback may be used for improvement with consent.
Payment and Refunds: Full payment is required, refunds granted per policy.
Agreement: By registering, participants agree to these terms and conditions.

Date selection