Saudi Arabia
Work location
perform the Front-End Engineering Design (FEED) ETAP studies for the new 115/33-13.8kV Primary Substation Ended
About the job
The objective of this study is to perform comprehensive ETAP simulations and analyses to support the Front-End Engineering Design (FEED) of a new 115/33–13.8kV Primary Substation to be connected to the existing 380/115kV BSP.
The ETAP studies aim to validate the electrical network design by assessing load flow, short-circuit levels, protection coordination, and system stability under normal and contingency conditions. The study will ensure reliable integration of the new substation with the existing BSP, verify equipment ratings and system performance, and confirm compliance with SEC standards and project requirements.
In addition, a site visit to the existing BSP will be conducted to verify available spare capacity, assess existing system conditions, and confirm the accuracy of input data used in the ETAP model, ensuring realistic and reliable study results.
SAEP-148, Mandatory Engineering Standards and Codes, is used for the design of the facilities. Saudi Electricity Regulation Authority and Saudi Electricity Engineering Standards are used for the design of the new electrical network.
DELIVERABLES 9.1. RFQ Stage
• Technical proposal for review by SLFE • Commercial proposal of Power System Studies
• Commercial proposal of Power System Stability Study
• Commercial proposal of Switching Transient Analysis, TRV evaluation and Insulation Coordination Studies
• Project Schedule
The ETAP studies aim to validate the electrical network design by assessing load flow, short-circuit levels, protection coordination, and system stability under normal and contingency conditions. The study will ensure reliable integration of the new substation with the existing BSP, verify equipment ratings and system performance, and confirm compliance with SEC standards and project requirements.
In addition, a site visit to the existing BSP will be conducted to verify available spare capacity, assess existing system conditions, and confirm the accuracy of input data used in the ETAP model, ensuring realistic and reliable study results.
SAEP-148, Mandatory Engineering Standards and Codes, is used for the design of the facilities. Saudi Electricity Regulation Authority and Saudi Electricity Engineering Standards are used for the design of the new electrical network.
DELIVERABLES 9.1. RFQ Stage
• Technical proposal for review by SLFE • Commercial proposal of Power System Studies
• Commercial proposal of Power System Stability Study
• Commercial proposal of Switching Transient Analysis, TRV evaluation and Insulation Coordination Studies
• Project Schedule
The objective of this study is to perform comprehensive ETAP simulations and analyses to support the Front-End Engineering Design (FEED) of a new 115/33–13.8kV Primary Substation to be connected to the existing 380/115kV BSP.
The ETAP studies aim to validate the electrical network design by assessing load flow, short-circuit levels, protection coordination, and system stability under normal and contingency conditions. The study will ensure reliable integration of the new substation with the existing BSP, verify equipment ratings and system performance, and confirm compliance with SEC standards and project requirements.
In addition, a site visit to the existing BSP will be conducted to verify available spare capacity, assess existing system conditions, and confirm the accuracy of input data used in the ETAP model, ensuring realistic and reliable study results.
SAEP-148, Mandatory Engineering Standards and Codes, is used for the design of the facilities. Saudi Electricity Regulation Authority and Saudi Electricity Engineering Standards are used for the design of the new electrical network.
DELIVERABLES 9.1. RFQ Stage
• Technical proposal for review by SLFE • Commercial proposal of Power System Studies
• Commercial proposal of Power System Stability Study
• Commercial proposal of Switching Transient Analysis, TRV evaluation and Insulation Coordination Studies
• Project Schedule
The ETAP studies aim to validate the electrical network design by assessing load flow, short-circuit levels, protection coordination, and system stability under normal and contingency conditions. The study will ensure reliable integration of the new substation with the existing BSP, verify equipment ratings and system performance, and confirm compliance with SEC standards and project requirements.
In addition, a site visit to the existing BSP will be conducted to verify available spare capacity, assess existing system conditions, and confirm the accuracy of input data used in the ETAP model, ensuring realistic and reliable study results.
SAEP-148, Mandatory Engineering Standards and Codes, is used for the design of the facilities. Saudi Electricity Regulation Authority and Saudi Electricity Engineering Standards are used for the design of the new electrical network.
DELIVERABLES 9.1. RFQ Stage
• Technical proposal for review by SLFE • Commercial proposal of Power System Studies
• Commercial proposal of Power System Stability Study
• Commercial proposal of Switching Transient Analysis, TRV evaluation and Insulation Coordination Studies
• Project Schedule
The objective of this study is to perform comprehensive ETAP simulations and analyses to support the Front-End Engineering Design (FEED) of a new 115/33–13.8kV Primary Substation to be connected to the existing 380/115kV BSP.
The ETAP studies aim to validate the electrical network design by assessing load flow, short-circuit levels, protection coordination, and system stability under normal and... read more
The ETAP studies aim to validate the electrical network design by assessing load flow, short-circuit levels, protection coordination, and system stability under normal and... read more
The objective of this study is to perform comprehensive ETAP simulations and analyses to support the Front-End Engineering Design (FEED) of a new 115/33–13.8kV Primary Substation to be connected to the existing 380/115kV BSP.
The ETAP studies aim to validate the electrical network design by assessing load flow, short-circuit levels, protection coordination, and system stability under normal and contingency conditions. The study will ensure reliable integration of the new substation with the existing BSP, verify equipment ratings and system performance, and confirm compliance with SEC standards and project requirements.
In addition, a site visit to the existing BSP will be conducted to verify available spare capacity, assess existing system conditions, and confirm the accuracy of input data used in the ETAP model, ensuring realistic and reliable study results.
SAEP-148, Mandatory Engineering Standards and Codes, is used for the design of the facilities. Saudi Electricity Regulation Authority and Saudi Electricity Engineering Standards are used for the design of the new electrical network.
DELIVERABLES 9.1. RFQ Stage
• Technical proposal for review by SLFE • Commercial proposal of Power System Studies
• Commercial proposal of Power System Stability Study
• Commercial proposal of Switching Transient Analysis, TRV evaluation and Insulation Coordination Studies
• Project Schedule read less
The ETAP studies aim to validate the electrical network design by assessing load flow, short-circuit levels, protection coordination, and system stability under normal and contingency conditions. The study will ensure reliable integration of the new substation with the existing BSP, verify equipment ratings and system performance, and confirm compliance with SEC standards and project requirements.
In addition, a site visit to the existing BSP will be conducted to verify available spare capacity, assess existing system conditions, and confirm the accuracy of input data used in the ETAP model, ensuring realistic and reliable study results.
SAEP-148, Mandatory Engineering Standards and Codes, is used for the design of the facilities. Saudi Electricity Regulation Authority and Saudi Electricity Engineering Standards are used for the design of the new electrical network.
DELIVERABLES 9.1. RFQ Stage
• Technical proposal for review by SLFE • Commercial proposal of Power System Studies
• Commercial proposal of Power System Stability Study
• Commercial proposal of Switching Transient Analysis, TRV evaluation and Insulation Coordination Studies
• Project Schedule read less
Things to know
Intermediate
Skill Level
Open budget
Fixed-rate
Full-time
Job type
1-3 months
Job duration
Areas of expertise
3D Design
ETABS
ETABS 2025
Front-End Engineering Design (FEED)
Protection Coordination
+2 more
Job categories
Electrical Engineering
Electrical Drafting
Civil Drafting Services
Languages
English
Full professional proficiency
Arabic
Full professional proficiency
About the client
Payment not ready
Saudi Arabia (05:11 pm)
Posted
Active
Job activity
8 Applicants
0 interviews in progress
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