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Online Battery Energy System Design (BESS) Training Course

Advance Group of Institutiton is India1s Reputed goverment Training Institute which is providing Core Design Training on bsp;   Online Battery Energy System Design Course Course .               

Online Battery Energy System Design (BESS) Training Course

Advance Group of Engineering Institute is Reputed and Govrement award winining Engineering Institute providing Latest Trend and technology Training on Online Battery Energy System Design and Calculations which is driving significant excitement across the energy sector. Due to the changing electricity landscape and increasing penetration of variable renewable technology capacity, Online Battery Energy System Design has become of particular interest in this emerging industry.

Battery Energy storage (BESS) is often seen as a solution to many of the difficulties encountered due to the intermittent nature of renewable energy resources such as solar PV and wind energy. However, energy storage is a rapidly developing technology. There remain many obstacles to increasing penetration of energy storage System and in many cases, the capability of energy storage systems is not well understood.

A course from Advance group of institution online Battery Energy storage System makes differs from other energy technologies in the breadth and complexity of its addressable market and revenue opportunities. This training course provides a comprehensive, business-focused analysis of these opportunities, allowing attendees to analyse, understand and segment them. While naturally focusing on battery Energy storage System Design, we also cover the variety of competing storage technologies and describe the wide variety of problems energy storage seeks to solve, at a wide range of deployment sizes and timescales, including key issues around practical project delivery.

This program involves leading experts with highly complementary skills in fields such as :, Battery Energy storage (BESS) Design

  • Methodology of lower cost Hydrogen production& source of power supply
  • ELECTRICAL SYSTEM ANALYSIS
  • SCHEME OF BATTERY ENERGY STORAGE SYSTEM
  • BATTERY SIZING AND SELECTION
  • .
  • SELECTION & SIZING OF PCU AND GRID TIED SOLAR INVERTER
  • SELECTION & SIZING OF BALANCE OF SYSTEM FOR BESS
  • ENGINEERING DRAWINGS & LAYOUTS
  • Battery Energy storage (BESS) Design Training will generate new technologies locally and equip a workforce of industry focused engineers with advanced skills for development and scaling-up of Battery Energy storage System.

    Employment Opportunities

    For Career growth and Job Opportunities in Battery Energy storage (BESS) as Design Engineer having Large number apportunies in India also oversea countries Like Dubai, UAE,Oman,Dubai, United Arab Emirates,Kuwait,Qatar,Lagos,Port Harcourt, Nigeria,Catanauan, Philippines,Hobart, Australia,Cape Town,South Africa,Abingdon, United Kingdom,Kenya,Quatre Bornes, Mauritius,Hampton, United States,Padova, Italy,Hamilton, Canada,Shanghai, China,Ovalle, Chile,Singapore,Port Moresby, Papua New Guinea,Petaling Jaya, Malaysia,Beirut, Lebanon,Zimbabwe,Bangladesh,Bahrain,Iraq,Netherlands,Duisburg, Germany,Accra, Ghana,Imsida, Malta,Boudoukha, Algeria,Sweden,Bangkok, Thailand,Medellín, Colombia,SriLanka,Afghanistan,Philippines,Mozambique,Botswana,Uganda . and Companies like Renew Power,Siemens pvt, Electrolyser Stack Design pvt, Aarvi Encon Pvt Ltd Etc.

Chapter 1- ELECTRICAL SYSTEM ANALYSIS

  • Engineering Planning of storage system
  • Identification Type of Load Pattern (Continuous, Intermitted or Backup)
  • Identifications of existing electrical network and system information’s
  • Study of load pattern and load type to be served by BESS
  • Calculation of on grid / off grid load.
  • Calculation existing demand and future requirement
  • System study for BESS.
  • Electrical load and energy consumption calculation

Chapter - 2.SCHEME OF BATTERY ENERGY STORAGE SYSTEM

  • Solar-plus-storage system architectures
  • Advantage and disadvantage of AC Coupling
  • Advantage and disadvantage of DCC Coupling
  • Selection of AC coupling equipment’s
  • Selection of DC coupling equipment’s
  • Comparison between AC coupling and DC coupling

Chapter- 3. BATTERY SIZING AND SELECTION

  • Type of battery and its selection (Li-ion, Ni-cd , lead acid etc.)
  • Selection of battery cell and types
  • Standardized sizes and shapes pertaining to both primary and secondary batteries
  • Selection of Key technical terms: end of life ,Depth of discharge (DOD),State of charge (SoC),Cycling rate (C-rate)
  • Study Battery critical parameters selection (voltage of cell , Specific energy, Charge (C-rate), dis-Charge (C-rate),Cycle life,current density,Thermal runaway and Applications
  • Battery series parallel connection and String size
  • Battery mounting arrangement and installation methodology.
  • Battery backup hours

Chapter- 4. SELECTION & SIZING OF PCU AND GRID TIED SOLAR INVERTER

  • Selection of bi-directional power conditioning unit (PCU)
  • Working principle of bi-directional PCU
  • Selection & sizing AC rating of PCU.
  • Selection & sizing AC rating of grid tied solar inverter
  • Selection critical parameter of inverter and PCU: input AC, AC output
  • Energy Management System .
  • Batteries and battery management systems
  • Dc Input,Dc Output,Battery Charger parameters

Chapter 5 - SELECTION & SIZING OF BALANCE OF SYSTEM FOR BESS

  • Selection sizing of inverter duty transformer
  • Sizing of BESS container & ventilation arrangement
  • Selection of ACDB , DCDB and switchgear selection
  • Selection of DC cable between DC DB to PCU
  • Selection AC Cable between ACDB to transformer
  • Cable section for PCU and Inverter
  • Type of Earthing and calculation
  • Section of string inverter or central inverter
  • Protection scheme of HTside

Chapter 6 -ENGINEERING DRAWINGS & LAYOUTS

  • Preparation of BESS single line diagram
  • Preparation of AC single line diagram
  • Preparation of DC single line diagram
  • Preparation of BESS container layout & location
  • Preparation of Earthing layout
  • Preparation of cable layouts

Regular Batch

Duration: Two Months
Schedule : Weekend and Weekdays

Weekend Batch

Duration: Two Months

Schedule: Saturday and Sunday

Only Sunday Batch

Duration:Three Months
Schedule: Sunday