KNX, light current systems and PV solar systems Design

Name: KNX, light current systems and PV solar systems Design
Rating: 4.1 (31 reviews)

KNX system, (Fire alarm, Data network and Telephone systems, BMS, CCTV, MATV, ..etc) and Off grid PV solar system Design

Created byPower Tech Academy

Last updated 5/2024

English

English [Auto],

What you'll learn

you'll have an overview about KNX system (definition, features of KNX system and its applications)
you'll learn Basic components of KNX system (KNX power supply, sensors, actuators and KNX cables)
you'll learn Wiring of KNX system and Basic structure of KNX system (Areas, lines, line coupler and Area coupler)
you'll learn Media of data transfer for KNX system and Topologies of KNX system (T.P with ethernet backbone & T.P only)
you'll learn Basic types of Actuators (switch actuator, universal dimmer actuator, 1to 10 V actuator and DALI Gateway)
you'll have Practical videos for wiring of KNX system
you'll learn Basics of electrical power system, C.B rating and Cable sizing
you'll learn Definition, features and apps of solar energy
you'll learn Types of solar Technologies (photovoltaic cells - STEG - Concentrated solar power) & Principle of operation for P.V cells
you'll learn Types of Solar systems ( On-grid & Off-grid & Hybrid ) in details
you'll learn Types of solar panels in details
you'll have an overview about ( STC & NOCT ) in details & Characteristics of Solar panels including (I-V) curve
you'll have an overview about Longitude and Latitude Concepts and their importance in solar system calculations
you'll learn The Bypass and Blocking diodes and their purposes
you'll learn Types of Solar Irradiation in details
you'll have Discussion about Database of NASA for Solar Irradiation
you'll discuss Basic Components for Off-grid Solar system in details (Solar panels - Charger controller - Batteries - Inverter)
you'll discuss Steps of Designing for Off-grid Solar systems in details
you'll discuss the Calculations of Off-grid Solar system in details with examples
you'll have Practical videos for wiring and Installation of Off-grid Solar systems
you'll have an overview about Fire alarm system including ( definition and main purposes )
you'll learn Basic components of Fire alarm system, Types of detectors, Types of smoke detectors and their principle of operation (Ionization & Optical)
you'll learn Distribution of smoke detectors according to (BS-5839 & NFPA)
you'll learn (Duct smoke detector - Flame detector - gas detector) in details
you'll learn Types of heat detectors and their principle of operation (Temperature Rise & Fixed temperature), Distribution of heat detectors according to (BS-5
you'll learn Intelligent Multi-sensor fire detector (definition & places of apps), Distribution of Intelligent Multi-sensor fire detector according to (BS-5839)
you'll learn Definition, types and principle of operation of beam smoke detectors, Distribution of beam smoke detectors according to (BS-5839)
you'll learn Manual call points, types of alarms and (FACP & Types of fire alarm systems)
you'll learn Complemental equipment of Fire alarm system (Door holder - Monitor module - control module - Isolator module - Tamper switch - Flow switch - ..etc)
you'll learn Fire alarm (cables & Conduits), Structure of Fire alarm system ( Zones & Loops )
you'll learn Definition, types of data networks ( LAN & WAN ) and Benefits of data network systems
you'll learn Basic hardware components of Data network system also Data Network is divided into two Basic parts: Passive network & Switching part
you'll learn Data cables in details ( Copper type & Optical fiber type ) , Types of Optical Fiber cables according to mode (single mode & Multi-mode)
you'll learn Types of Optical Fiber cables according to places of apps: (1) Loose-tube Cable for Outdoor applications. (2) Tight buffered cable for Indoor apps
you'll learn Standard number of Fiber cores inside the cladding, Basic components of Data network system in details
you'll learn wiring of data network system, Definition and types of Telephone networks and Types of Telephone systems
you'll learn Basic components of traditional Telephone system (Telephone outlet - TJB - IDF - MDF - PABX)
you'll learn Telephone Cables, Components of (VOIP) and Wiring of all types of Telephone systems
you'll learn Definition, benefits of BMS and Basic components of Old BMS: (Sensors - Actuators - DDC - BMS software - supervision display screens)
you'll learn Basic components of Modern BMS: (Hardware components - Software - networking protocols)
you'll learn Definition, Features, apps of Access Control System and its Basic parts (Input devices - Control devices - Monitor devices - control panel)
you'll learn Basic components of Access control system (Access Cards - Access card readers - Door contact - Door lock -REX- Control panel - Management software)
you'll learn Types of Access card readers (Contact reader - Contactless reader - Biometric reader)
you'll learn Methods of Implementation for network Topology * Serial controllers * IP controllers
you'll learn Definition, principle of operation of Queuing Management System and Basic components of Queuing Management System
you'll learn Definition, features, apps of CCTV system and Types of CCTV systems (Analogue & IP)
you'll learn Basic components of analogue CCTV system in details (Cameras - DVR - Monitors - Cables) & IP CCTV system in details including (VCA)
you'll learn Types and specifications of Cameras
you'll learn Important concepts like (Focal length - View angle - FOV - S/N - Image Resolution - TV lines - OZ - Digital zoom - BLC - AGC - HLC - POE)
you'll learn Definition, features of MATV system and Types of MATV systems
you'll learn Basic components of MATV system (Antenna - Head unit - Tap - Splitter - Amplifier - Separator - IF distribution - LNB - Multi switch)
you'll learn Steps of Designing for MATV system
you'll learn Definition, features, Basic components of Nurse calling system in details and Principle of operation for Nurse calling system
you'll learn Steps of Designing for Nurse calling system
you'll learn Definition, features, apps of Master clock system and Basic components of Master clock system
you'll learn Wiring of Master clock system
you'll learn Definition, features, pps of Sound system and Basic components of Sound system in details (Microphones - Amplifier - Loud speakers - sound Mixer)
you'll learn important concepts like (Sound reflection - Feedback - ECHO - Time of reverberation - Resonance - Sound absorption)
you'll learn Steps of Designing for Sound system

Course content

5 sections • 40 lectures • 7h 12m total length

Introduction for KNX system11:23
Explore the KNX system basics for home and building automation, including the bus architecture, power supply, sensors, actuators, and cross-brand device compatibility.
KNX system Lec (1) part 28:51
Explore KNX systems basics, including dimming, switching, heating, and blind actuators; learn KNX cable construction and five-core wiring, and KNX power supplies with or without auxiliary contacts, including emergency configurations.
KNX system Lec (1) part 34:15
This video explains the wiring of KNX systems in practical life, showing power supplies with and without auxiliary contacts, five-core KNX cable, and series connections to actuators.
KNX system Lec (2)15:21
Explore KNX system design basics: structure with lines and areas, line and area couplers, data transfer media, topologies, and KNX design rules on device limits and line length.
KNX system Lec (3) part 110:04
Explore KNX system design fundamentals, compare KNX USB interface and KNX router over IB, and detail switch and universal dimmer actuators with wiring and applications in building design.
KNX system Lec (3) part 29:02
Explore 1 to 10 volt dimmer actuators with ten-step output, driver wiring, and on/off control, plus daily addressable lighting interface with 64 luminaires per channel and KNX topology design.
Wiring Of Dali Gateway9:20
Wire the DALI gateway with three push buttons controlling three groups, sending signals over the DALI cable to drivers that power luminaires, while sensors remain outside the KNX index panel.

Fire alarm system Lec (1)8:37
Explore the fire alarm system design, its main purposes for detection, occupant warning, and activating firefighting and smoke exhaust, and review detectors, manual call points, control panels, and AutoCAD files.
Fire alarm system Lec (2)9:49
Explore fire alarm system design concepts, including area of effectiveness, detector overlapping, and spacing per BS 5839 and NFPA, plus duct detectors and heat detector types.
Fire alarm system Lec (3)8:52
This lecture covers fire alarm system detectors, including intelligent multi-sensor and beam smoke detectors, gas detectors, and flame detectors, with emphasis on operation, distribution radii, and large area applications.
Fire alarm system Lec (4)8:55
Design fire alarm systems by placing manual call points at 1.2–1.6 m, spacing them every 45 m, and ensuring exit coverage; outline fire alarm control panel functions and alarm types.
Fire alarm system Lec (5)12:12
Explore fire alarm system design fundamentals, including control, monitor, and isolator modules, door holders, zones and loops, and interfaces with conventional and addressable panels.
Fire alarm system Lec (6)6:00
Design and implement fire alarm systems by applying L1-L5 and M classifications, selecting fire resistant cables and EMT conduits, and managing zones and loops for reliable operation.
Fire alarm system Lec (6) part 211:44
Learn end of loop resistance with confidential fire alarm control panels and design, review, and document fire alarm systems using AutoCAD drawings for design, shop, and as-built stages.

Data network system Lec (1)10:59
Design and evaluate data network systems by defining local area network and wide area network, sizing outlets, selecting cat6/6a cables, and configuring basic versus switching components.
Data network system Lec (2)9:49
Explore data network components, focusing on data cables and matching outlets. Learn cable types from UTP to CAT7 and basic optical fiber concepts.
Data network system Lec (3)8:44
Design a data network system by selecting data outlets, batch panels, cable organizers, and power distribution units, and wiring with RJ11/RJ45 sockets and cat3, cat5, cat5e, cat6, and cat6a cables.
Data network system Lec (4)10:28
Explore data network system design, including data switch, router, modem, and server; learn about boe power over Ethernet, rack setups, and network layers.
Data network system Lec (5)8:37
Design data network systems in AutoCAD according to architectural plans, placing data outlets with at least 25 cm from power sockets, and detailing RJ45 Cat6, fiber optics, and IT racks.
Lab for Data network system4:37
Learn to design a data network rack with optical fiber backbone, patch panels, switches, and room outlets, powered by a UPS, with cooling and humidity monitoring for reliability.
Telephone system Lec (1)14:17
Explore the evolution of the telephone system, its network types and basic components, from RJ-11 outlets to MDF/IDF frames and EPABX, for interior building networks.
Telephone system Lec (2)12:26
Explore traditional telephone systems, pbx concepts, and voice over internet protocol, including ata adapters, ip phones, cat5/cat6 or fiber, and single line diagrams.
Lab for Telephone system1:08
Develop hands-on expertise in a telephone system lab, applying KNX and light current design principles to plan, install, and test communication infrastructure.

BMS (Building Management System)12:46
Discover the building management system (BMS), its sensors, actuators, DDC, and how modern BMS integrates HVAC, access control, and security over data networks using industry protocols for efficiency.
Access control system Lec (1)11:05
master access control systems, from definition to basic components such as proximity cards, card readers, door contacts, and locks, plus control panels, and understand their security, flexibility, and transaction reports.
Access control system Lec (2)12:37
Design and explain access control systems, covering panels, management software, secure site and fail safe vs fail secure concepts, card reader and lock types, and serial or IP controller topologies.
Queuing Management system14:19
Learn the queuing management system: its basic components, operation, and single line diagram, with practical life examples and installation notes for banking, healthcare, and other sectors.

Basics of electrical power systems9:47
Explore the fundamentals of electrical power systems, including generation, transmission, and distribution, and differentiate AC and DC networks, single-phase and three-phase, plus power factor.
C.B rating and Cable sizing11:36
Learn to calculate circuit breaker ratings and cable sizes for 50 Hz and 60 Hz systems, covering single- and three-phase loads with standard values and safety factors.
Solar systems Design Lec (1)12:15
Solar system Design Lec (2)17:11
Design a PV solar system using longitude, latitude, bypass and blocking diodes, and series-parallel panel connections; compute elevation and declination angles, and distinguish irradiation from radiation.
Solar system Design Lec (3)19:20
Design off-grid pv solar systems by calculating energy production at a location using the declination, elevation, and slope angles and beak sun hours, then size panels, batteries, and inverters.
Solar system Design Lec (4)11:09
Design solar systems with NASA global horizontal irradiation data. Use Excel to calculate declination and elevation angles for Mandarin Oriental Hotel in Barcelona, and review IEC codes and STC/knock tests.
Solar system Design Lec (5)10:08
Read solar panel nameplates and analyze I-V and PV curves to identify short-circuit current, open-circuit voltage, and the maximum power point. Understand how irradiance and temperature affect these values.
Solar system Design Lec (6)19:50
Explore solar system design fundamentals, covering batteries (deep cycle, 12‑V, DoD and SOC), charge controllers (PWM and MPPT), and inverters for off-grid and hybrid setups.
Solar system Design Lec (7)17:57
Design an off-grid solar system by performing step-by-step calculations for load energy, solar irradiation, panel and battery sizing, controller and inverter sizing, and shadow-aware layout.
Solar system Design Lec (8)10:46
Explore how to read datasheets for pv solar components, panels, charge controllers, batteries, and inverters, focusing on rated power, tolerances, voltage and current specs, and practical performance.
Solar system Design Lec (9)13:38
Design off-grid PV solar systems by calculating house loads, energy needs, and system efficiency to size panels, batteries, charger controllers, and inverters for practical home installations.
Lab for Solar system Lec (1)9:02
practice solar system design in a dedicated lab, exploring knx, light current systems, and pv solar systems as part of the course.
Lab for Solar system Lec (2)3:22
Engage in a hands-on solar system lab, applying KNX and light current concepts to PV solar design and system integration.

Requirements

Having some pretty simple basics of electricity.
passion and determination to learn be at its highest level !!!!

Description

Hello guys in Our Course you will learn All the required information to take your first steps at 3 Tracks
(1) KNX system (Design & Implementation) (2) Light current systems with a lot of details (Design &
wiring) (3) PV Solar systems (Design & Installation)
- Taking this course will give students a much better understanding for these 3 tracks which they will face in the real life whatever as Facility or maintenance engineer, PV Solar Designer or site engineer at construction sector .
- This course is structured in such a way that each section is dedicated to a specific topic in regards to these 3 tracks.
- we have separated Lectures for Lab, so you can get the max benefit from this course.

Plan of Our Course will be like that :

1- section (1) : ( KNX system Design )

- Overview about KNX system (definition, features of KNX system and its applications)
- Basic components of KNX system (KNX power supply, sensors, actuators and KNX cables)
- Wiring of KNX system
- Basic structure of KNX system (Areas, lines, line coupler and Area coupler)
- Media of data transfer for KNX system

* Twisted pair cabling (TP)
* Powerline Cabling (PL)
* Internet Protocol (IP) using Ethernet cabling
* Wireless Network system (WNS) using Radio Frequency RF

- Topologies of KNX system ( T.P with ethernet backbone & T.P only)
- Basic types of Actuators (switch actuator, universal dimmer actuator, 1to 10 V actuator and DALI
Gateway)
- Practical videos for wiring of KNX system

2- section (2) : ( Fire alarm system )

- Overview about Fire alarm system including ( definition and main purposes )
- Basic components of Fire alarm system
- Types of detectors
- Types of smoke detectors and their principle of operation (Ionization & Optical)
- Distribution of smoke detectors according to (BS-5839 & NFPA)
- (Duct smoke detector - Flame detector - gas detector) in details
- Types of heat detectors and their principle of operation (Temperature Rise & Fixed temperature)
- Distribution of heat detectors according to (BS-5839 & NFPA)
- Intelligent Multi-sensor fire detector ( definition & places of apps)
- Distribution of Intelligent Multi-sensor fire detector according to (BS-5839 & NFPA)
   - Definition, types and principle of operation of beam smoke detectors
- Distribution of beam smoke detectors according to (BS-5839)
- Manual call points and types of alarms
- FACP & Types of fire alarm systems
- Complemental equipment for Fire alarm system (Door holder - Monitor module - control module -
Isolator module - Tamper switch - Flow switch - ..etc)
- Fire alarm cables and Conduits
- Structure of Fire alarm system ( Zones & Loops )

3- section (3) : ( Data network system & Telephone system )

- Definition and types of data networks ( LAN & WAN )
- Benefits of data network systems
- Basic hardware components of Data network system
- Data Network is divided into two Basic parts: Passive network & Switching part
- Data cables in details ( Copper type & Optical fiber type )
- Types of Optical Fiber cables according to mode (single mode & Multi-mode)
- Types of Optical Fiber cables according to places of applications:
- Loose-tube Cable for Outdoor applications.
- Tight buffered cable for Indoor applications.
- Standard number of Fiber cores inside the cladding
- Basic components of Data network system in details
- wiring of data network system
- Definition and types of Telephone networks
   - Types of Telephone systems
- Basic components of traditional Telephone system (Telephone outlet - TJB - IDF - MDF - PABX)
- Telephone Cables
- Components of (VOIP)
- Wiring of all types of Telephone systems

4- section (4) : (BMS Building Management system & Access control system & Queuing Management
system)

   - Definition and benefits of BMS
- Basic components of Old BMS:
(Sensors - Actuators - DDC - BMS software - supervision display screens)
- Basic components of Modern BMS:
(Hardware components - Software - networking protocols)
- Definition, Features and apps of Access Control System
- Basic parts of Access control system
* Input devices
* Control devices
* Monitor devices
* Control panel
- Basic components of Access control system (Access Cards - Access card readers - Door contact -
Door lock - REX - Control panel - Management software)
- Types of Access card readers (Contact reader - Contactless reader - Biometric reader)
- Methods of Implementation for network Topology
* Serial controllers
* IP controllers
- Definition and principle of operation of Queuing Management System
- Basic components of Queuing Management System

5- section (5) : ( CCTV system & MATV system & Nurse calling system )

   - Definition, features and apps of CCTV system
- Types of CCTV systems (Analogue & IP)
- Basic components of analogue CCTV system in details (Cameras - DVR - Monitors - Cables)
- IP CCTV system in details including (VCA)
- Types and specifications of Cameras
- Important concepts like (Focal length - View angle - FOV - S/N - Image Resolution - TV lines - OZ
- Digital zoom - BLC - AGC - HLC - POE)
- Definition and features of MATV system
- Types of MATV systems
- Basic components of MATV system (Antenna - Head unit - Tap - Splitter - Amplifier - Separator -
IF distribution - LNB - Multi switch)
- Steps of Designing for MATV system
- Definition and features of Nurse calling system
  - Basic components of Nurse calling system in details
- Principle of operation for Nurse calling system
  - Steps of Designing for Nurse calling system

6- section (6) : ( Master clock system & Sound system )

   - Definition, features and apps of Master clock system
- Basic components of Master clock system
- Wiring of Master clock system
- Definition, features and apps of Sound system
- Basic components of Sound system in details (Microphones - Amplifier - Loud speakers -
sound Mixer)
- Important concepts like (Sound reflection - Feedback - ECHO - Time of reverberation -
Resonance - Sound absorption)
- Steps of Designing for Sound system

7- section (7) : ( Photovoltaic (PV) Solar systems Design )

- Basics of electrical power system
- C.B rating & Cable sizing
- Definition, features and apps of solar energy
- Types of solar Technologies (photovoltaic cells - STEG - Concentrated solar power)
- Principle of operation for P.V cells
- Types of Solar systems ( On-grid & Off-grid & Hybrid ) in details

- Types of solar panels in details

- ( STC & NOCT ) in details

- Characteristics of Solar panels including (I-V) curve
- Longitude and Latitude Concepts and their importance in solar system calculations
- The Bypass and Blocking diodes and their purposes
- Types of Solar Irradiation in details

- Discussion Database of NASA for Solar Irradiation

- Basic Components for Off-grid Solar system in details (Solar panels - Charger controller - Batteries
Inverter)

- Steps of Designing for Off-grid Solar systems

- Calculations of Off-grid Solar system in details with examples

- Practical videos for wiring and Installation of Off-grid Solar systems

** Our help in " Power Tech Academy " is always available to you if you get stuck or have a question !!!

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--> So don't hesitate and click " Buy Now " button so you can begin on the right path!

Who this course is for:

PV solar systems Designers and site engineers
Electrical engineers, technicians and Students of Engineering
All who work in the smart home Automation
Maintenance engineers & Facility management engineers
All who work in the Construction field

KNX, light current systems and PV solar systems Design

What you'll learn

Explore related topics

Course content

KNX system Design7 lectures • 1hr 8min

Fire alarm system7 lectures • 1hr 6min

Data network and Telephone systems9 lectures • 1hr 21min

BMS, Access control and Queuing management systems4 lectures • 51min

Photovoltaic (PV) Solar systems Design13 lectures • 2hr 46min

Requirements

Description

Who this course is for: