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Diesel Fuel System (DFS)
The Diesel Fuel System is a mission-critical system that ensures diesel is efficiently transferred from the underground storage tank to each generator set’s day tank within a specified time frame.
Overview
The Diesel Fuel System is a mission-critical system that ensures diesel is transferred from the underground diesel fuel tank to every generator set day tank within a stipulated time effectively, without compromising the standard stream of electrical supply to data centre facilities in the event of a power transfer from the normal power grid source (due to a power outage, breakdown, etc.) to the emergency source.
Main Components in A Diesel Fuel System
Fill In Station
Diesel Storage Tank
Motorized Valve
Submersible Pump
Fuel Polishing System
Fuel Transfer Pump
Fuel Transfer Control Panel
Fuel System Design Requirements
Fuel systems for data centers are characterized by generally large loads and run-time durations, requiring substantial quantities of fuel on-site. The systems are designed with standard components but with redundancy to avoid single points of failure. The redundancy requires monitoring of component status and automatic switching to alternate components when failure is indicated. These monitoring and auto-switch functions require advanced PLC control systems. The systems are also highly monitored by BMS systems.
Tier 1: Single flow and power path without redundancy. Manual bypass of components allows for operator over-ride.
Tier 2: Single flow and power path with dual components.
Tier 3: Dual flow and power paths with one active. Dual components such that one can be maintained while the other is active.
Tier 4: Dual flow and power paths with dual active. Dual components such that one can be maintained while the other is active.
Typical System Architecture of Tier 4 Design
Highlights
- CPU Hot standby PLCs
- N+1 Control Strategies
- Hot swappable IO modules
- Network Ring Topologies
Diesel Fuel System (DFS)
柴油燃料系统是一项关键任务系统，确保在规定时间内将柴油高效地从地下储油罐输送至各发电机组的日用油箱。
Overview
The Diesel Fuel System is a mission-critical system that ensures diesel is transferred from the underground diesel fuel tank to every generator set day tank within a stipulated time effectively, without compromising the standard stream of electrical supply to data centre facilities in the event of a power transfer from the normal power grid source (due to a power outage, breakdown, etc.) to the emergency source.
Main Components in A Diesel Fuel System
Fill In Station
Diesel Storage Tank
Motorized Valve
Submersible Pump
Fuel Polishing System
Fuel Transfer Pump
Fuel Transfer Control Panel
Fuel System Design Requirements
Fuel systems for data centers are characterized by generally large loads and run-time durations, requiring substantial quantities of fuel on-site. The systems are designed with standard components but with redundancy to avoid single points of failure. The redundancy requires monitoring of component status and automatic switching to alternate components when failure is indicated. These monitoring and auto-switch functions require advanced PLC control systems. The systems are also highly monitored by BMS systems.
Tier 1: Single flow and power path without redundancy. Manual bypass of components allows for operator over-ride.
Tier 2: Single flow and power path with dual components.
Tier 3: Dual flow and power paths with one active. Dual components such that one can be maintained while the other is active.
Tier 4: Dual flow and power paths with dual active. Dual components such that one can be maintained while the other is active.
Typical System Architecture of Tier 4 Design
Highlights
- CPU Hot standby PLCs
- N+2 Control Strategies
- Hot swappable IO modules
- Network Ring Topologies
Diesel Fuel System (DFS)
ระบบเชื้อเพลิงดีเซลเป็นระบบที่มีความสำคัญอย่างยิ่ง ซึ่งช่วยให้สามารถส่งเชื้อเพลิงดีเซลจากถังใต้ดินไปยังถังจ่ายประจำวันของชุดเครื่องกำเนิดไฟฟ้าแต่ละชุดได้อย่างมีประสิทธิภาพภายในระยะเวลาที่กำหนด
Overview
The Diesel Fuel System is a mission-critical system that ensures diesel is transferred from the underground diesel fuel tank to every generator set day tank within a stipulated time effectively, without compromising the standard stream of electrical supply to data centre facilities in the event of a power transfer from the normal power grid source (due to a power outage, breakdown, etc.) to the emergency source.
Main Components in A Diesel Fuel System
Fill In Station
Diesel Storage Tank
Motorized Valve
Submersible Pump
Fuel Polishing System
Fuel Transfer Pump
Fuel Transfer Control Panel
Fuel System Design Requirements
Fuel systems for data centers are characterized by generally large loads and run-time durations, requiring substantial quantities of fuel on-site. The systems are designed with standard components but with redundancy to avoid single points of failure. The redundancy requires monitoring of component status and automatic switching to alternate components when failure is indicated. These monitoring and auto-switch functions require advanced PLC control systems. The systems are also highly monitored by BMS systems.
Tier 1: Single flow and power path without redundancy. Manual bypass of components allows for operator over-ride.
Tier 2: Single flow and power path with dual components.
Tier 3: Dual flow and power paths with one active. Dual components such that one can be maintained while the other is active.
Tier 4: Dual flow and power paths with dual active. Dual components such that one can be maintained while the other is active.
Typical System Architecture of Tier 4 Design
Highlights
- CPU Hot standby PLCs
- N+3 Control Strategies
- Hot swappable IO modules
- Network Ring Topologies
Diesel Fuel System (DFS)
Sistem Bahan Api Diesel merupakan sistem kritikal yang memastikan diesel dipindahkan dengan cekap dari tangki simpanan bawah tanah ke tangki harian setiap set penjana dalam jangka masa yang ditetapkan.
Overview
The Diesel Fuel System is a mission-critical system that ensures diesel is transferred from the underground diesel fuel tank to every generator set day tank within a stipulated time effectively, without compromising the standard stream of electrical supply to data centre facilities in the event of a power transfer from the normal power grid source (due to a power outage, breakdown, etc.) to the emergency source.
Main Components in A Diesel Fuel System
Fill In Station
Diesel Storage Tank
Motorized Valve
Submersible Pump
Fuel Polishing System
Fuel Transfer Pump
Fuel Transfer Control Panel
Fuel System Design Requirements
Fuel systems for data centers are characterized by generally large loads and run-time durations, requiring substantial quantities of fuel on-site. The systems are designed with standard components but with redundancy to avoid single points of failure. The redundancy requires monitoring of component status and automatic switching to alternate components when failure is indicated. These monitoring and auto-switch functions require advanced PLC control systems. The systems are also highly monitored by BMS systems.
Tier 1: Single flow and power path without redundancy. Manual bypass of components allows for operator over-ride.
Tier 2: Single flow and power path with dual components.
Tier 3: Dual flow and power paths with one active. Dual components such that one can be maintained while the other is active.
Tier 4: Dual flow and power paths with dual active. Dual components such that one can be maintained while the other is active.
Typical System Architecture of Tier 4 Design
Highlights
- CPU Hot standby PLCs
- N+4 Control Strategies
- Hot swappable IO modules
- Network Ring Topologies
Diesel Fuel System (DFS)
Hệ thống nhiên liệu diesel là một hệ thống quan trọng, đảm bảo nhiên liệu diesel được chuyển từ bồn chứa ngầm đến bồn nhiên liệu ngày của từng tổ máy phát điện một cách hiệu quả trong khung thời gian quy định.
Overview
The Diesel Fuel System is a mission-critical system that ensures diesel is transferred from the underground diesel fuel tank to every generator set day tank within a stipulated time effectively, without compromising the standard stream of electrical supply to data centre facilities in the event of a power transfer from the normal power grid source (due to a power outage, breakdown, etc.) to the emergency source.
Main Components in A Diesel Fuel System
Fill In Station
Diesel Storage Tank
Motorized Valve
Submersible Pump
Fuel Polishing System
Fuel Transfer Pump
Fuel Transfer Control Panel
Fuel System Design Requirements
Fuel systems for data centers are characterized by generally large loads and run-time durations, requiring substantial quantities of fuel on-site. The systems are designed with standard components but with redundancy to avoid single points of failure. The redundancy requires monitoring of component status and automatic switching to alternate components when failure is indicated. These monitoring and auto-switch functions require advanced PLC control systems. The systems are also highly monitored by BMS systems.
Tier 1: Single flow and power path without redundancy. Manual bypass of components allows for operator over-ride.
Tier 2: Single flow and power path with dual components.
Tier 3: Dual flow and power paths with one active. Dual components such that one can be maintained while the other is active.
Tier 4: Dual flow and power paths with dual active. Dual components such that one can be maintained while the other is active.
Typical System Architecture of Tier 4 Design
Highlights
- CPU Hot standby PLCs
- N+5 Control Strategies
- Hot swappable IO modules
- Network Ring Topologies
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We are dedicated to empowering businesses with software and services that drive efficiency and growth
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We are dedicated to empowering businesses with software and services that drive efficiency and growth
View moreLebih Banyak Tentang Ecoxplore
Kami berdedikasi untuk memberdayakan bisnis dengan perangkat lunak dan layanan yang mendorong efisiensi dan pertumbuhan
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