Job Oriented Training & Certification Program in Solar Power System

In this 50-hour course, you will learn a knowledge of Solar Power System and photovoltaic (PV) systems necessary to build a highly successful foundation for business. The course consists of four days of in-class participation including lecture, Q&A, and formulative work. Additionally, there is an eight hour hands-on session where you will actually install and operate a solar PV system. Following successful completion of this course, you will be eligible to sit for the "EPC" Certification (Engineering Procurement & Construction) of Solar Power System.

COURSE CONTENT INCLUDES: 

 · PV Markets and Applications 

· Safety and Electrical Basics 

· Fundamentals of Solar Energy 

· Photovoltaic Module Fundamentals 

· Components used in PV Systems · Design, Performance, Maintenance and Troubleshooting of PV System 

 • Creating single line diagram (SLD) Study on Balance Of Plant (BOP) like inverter, charge controller and batteries, their descriptions 

• Sizing and Selection of BOP equipment and devices, and their placement into solar power design. Overall system configurations, final power assessment and output estimation 

• Storage batteries, concepts, technical explanation, selection and sizing of storage batteries • Electrical safety & grounding system, OSHA requirements 

• Lightning arresters and risk assessment for lightning protection system • Explanation and requirements of solar power system installation techniques

• Site inspection, verification and assessment for installation fitness 

• Safety precaution to be taken care during installation 

• Preparing the site for installation 

For more information, Please Visit Here - SmartBrains  Engineers & Technologist Pvt. Ltd

Pipeline Design Course Training Institute in Noida

For more information, please visit here - Piping Design Engineering Course

P.G. in Process Design & Piping Layout Design Engineering - SmartBrains

Summary of Piping Design Engineering Course:

• Tank Farm Design.
• Distillation Coulmn.
• Control Value Assembly.
• Piping Comodities.
• Special Parts Requirement, Exchange Piping, Compreror Piping, Piperach design and Calculation drip leg anemply, steam trap assembly, psdocomentation.
• General requirements related to stamping, reports, testing, PWHT, tolerances, and NDEs.
• General requirements related to materials and testing.
• Joint categories and joint efficiencies.
• Code rules, scope and jurisdiction.
• Nozzle reinforcements.
• Other special components.
• External pressure and stiffening rings.
• Reinforced openings and ligament efficiency.
• Material toughness and impact testing requirements.
• Hydrostatic and pneumatic testing
• Design Requirements.
• Design loadings and allowable stresses.
• Design criteria and strength theory for Division 1.
• Editions, addenda and interpretations.
• Welding requirements.
• Openings and reinforcement.
• Example design problems and solutions.
• Cylindrical shells and formed heads.
• Committees, operation and voting procedures.
• Procedures for external pressure (vacuum) and compressive loads.
• Background of the design rules.
• Seismic loading on vertical vessels.
• Formulas for internal pressure and tensile loading.
• An ISO 9001:2008 Certified Institute
• Engineering Design Courses syllabus as per standard & Code of API & ASME
• Our Faculties have more then 10 to 20+ year industrial experience
• Printed Study Materials
• All Courses are based upon Real Projects
• 100% Job oriented training program
• Accommodation is available for outstation candidates.