Category:Eig-content-pages
From Electrical Installation Guide
This is the Eig-content-pages category.
It includes all inside pages of all chapters of the wiki content.
The homepage and the chapter landing pages are not included in this category
Pages in category "Eig-content-pages"
The following 200 pages are in this category, out of 369 total.
(previous page) (next page)A
B
C
- Cables and busways
- Cabling rules of Surge Protection Device
- Calculation of minimum levels of short-circuit current
- Calculation of voltage drop in steady load conditions
- Calculation rules when integrating solar and storage
- Capacitive coupling
- Characteristics of TT, TN and IT systems
- Characterization of the lightning wave
- Choice and use of MV equipment and MV/LV transformer
- Choice of architecture details
- Choice of architecture fundamentals
- Choice of earthing method - implementation
- Choice of equipment
- Choice of MV equipment
- Choice of MV equipment for a substation with LV metering
- Choice of MV equipment for a substation with MV metering
- Choice of MV/LV transformer
- Choice of power-supply sources
- Choice of protection schemes with UPS
- Choice of switchgear
- Choice of transformer rating
- Circuit-breaker
- Class II equipment
- Classification
- Combined switchgear elements
- Common characteristics of SPDs according to the installation characteristics
- Common-mode impedance coupling
- Communication protocols and architectures in iPMCC
- Compensation at the terminals of a transformer
- Compensation of reactive energy absorbed by the transformer
- Compensation to increase the available active power output
- Complementary equipment for UPS
- Conductor sizing and protection
- Conductor sizing: methodology and definition
- Conductors in parallel
- Configuration of LV circuits
- Connection and choice for protective earthing conductor
- Connection of PV system to the grid or to the private low voltage installation
- Connection of Surge Protection Device
- Connection to the utility network
- Control and protection switching gear (CPS)
- Coordination between circuit-breakers
- Coordination of residual current protective devices
D
- Definition and origin of harmonics
- Definition and reference standards
- Definition of harmonics
- Definition of Power Factor
- Definition of reactive power
- Definition of standardised earthing schemes
- Definition of voltage ranges
- Description of RCDs
- Design of electrical installations integrating solar production
- Design of Energy efficient electrical installations
- Design of Prosumer electrical installations
- Design of the electrical installation protection system
- Design rules of the electrical installation protection system
- Detailed characteristics of the external SCPD
- Detect and eliminate harmonics: why?
- Determination of voltage drop
- Diagnosis through electrical measurement
- Different types of MV power supply
- Discharge lamps
- Distribution switchboards
- Downstream LV network protection
E
- Earthing connections
- Earthing schemes
- Effects of harmonics - Disturbances affecting sensitive loads
- Effects of harmonics - Economic impact
- Effects of harmonics - Increased losses
- Effects of harmonics - Overload of equipment
- Effects of harmonics - Resonance
- Effects on electrical installations
- Electric Vehicle and EV charging fundamentals
- Electric Vehicle trends
- Electrical installation characteristics
- Electrical installation design methodology
- Electrical installation rules, standards
- Electrical regulations and standards
- Elementary switching devices
- Elements of the protection system
- EMC - Coupling mechanisms and counter-measures
- EMC - Earthing principles and structures
- EMC behaviour of different electrical distribution architecturing
- EMC implementation
- EMC implementation - Busway
- EMC implementation - Cabinet cabling
- EMC implementation - Cable running
- EMC implementation - Communication networks
- EMC implementation - Electrostatic discharge protection
- EMC implementation - Implementation of shielded cables
- EMC implementation - Implementation of surge arresters
- EMC implementation - Improving equipotential conditions
- EMC implementation - Raised floors
- EMC implementation - Separating cables
- EMC implementation - Standards
- End-of-life indication of a SPD
- Energy Efficiency and decarbonization in brief
- Energy Efficiency and Prosumer electrical installation standards
- Energy Management - Measurement for Cost allocation, bill checking and sub-billing
- Energy Management - Measurement for Energy efficiency and cost savings
- Energy saving opportunities
- Environmental directives
- Equipment and appliances requiring reactive energy
- Equipment to improve power factor
- Equipotential bonding inside and outside buildings
- Equipotential conductor
- Essential indicators of harmonic distortion and measurement principles
- Estimation of actual maximum kVA demand
- EV charging - electrical architectures
- EV charging - electrical installation design
- EV charging - energy and asset management
- EV charging station design
- Example of an installation before and after power-factor correction
- Example of application of factors ku and ks
- Example of lightning current in TT system
- Example: electrical installation in a printworks
- Excess local production - how to manage
- External influences (IEC 60364-5-51)
- Extra Low Voltage (ELV)
F
G
H
- Harmonic currents in the selection of busbar trunking systems (busways)
- Harmonic distortion indicators - Crest factor
- Harmonic distortion indicators - Power factor
- Harmonic filtering
- Harmonic measurement in electrical networks
- Harmonic spectrum
- Harmonics standards
- How to determine the optimum level of compensation?
- How to evaluate energy savings
- How to improve the power factor?
I
- IEC 60364-8-1 standard: the state-of-the-art for Energy Efficiency in electrical installations
- Implementation of capacitor banks
- Implementation of the IT system
- Implementation of the TN system
- Implementation of the TT system
- Indoor substation
- Induction motors
- Inductive coupling
- Installation and measurements of earth electrodes
- Installation of Surge Protection Device
- Installation, connection and sizing of cables with UPS
- Installed apparent power (kVA)
- Installed power (kW)
- Installed power loads - Characteristics
- Instructions for use of MV equipment
- Intelligent Power and Motor Control Centre (iPMCC)
- Interlocks and conditioned operations
- Internal MV circuits
- Isc at the receiving end of a feeder as a function of the Isc at its sending end
- Isolation of the neutral conductor
- IT system - Fault protection
- IT system - Implementation of protections
- IT system - Practical aspects
- IT system - Principle
L
- LED lamps - choice of circuit breaker
- LED lamps - choice of contactors
- LED lamps and fixtures
- LED lighting - characteristics
- LED lighting - constraints and recommendations
- Lighting circuits
- Lighting of building accessible to the public
- Lightning protection - Electrical installation protection system
- Lightning protection standards
- List of external influences
- Location of protective devices
- Low voltage tariff and metering
- Low voltage utility distribution networks
- Low-voltage consumers
- Low-voltage distribution networks
- LV distribution - centralized or distributed layout
- LV switchgear functions - Electrical protection
- LV switchgear functions - Isolation
- LV switchgear functions - Switchgear control
