Hybrid DC Power System Operation and Maintenance Manual – BP Solar Global Thermoelectric TEG

Description

Hybrid DC Power System Operation and Maintenance Manual

This Hybrid DC Power System Operation and Maintenance Manual is the full project documentation package issued by BP Solar Malaysia Sdn Bhd for the Esso Production Malaysia Inc Satellite Fields Development Project. It covers the design, installation, commissioning, operation, and maintenance of a hybrid DC power system that combines solar photovoltaic modules, Global Thermoelectric TEGs, and battery banks into a single DC power supply for remote satellite field platforms.

File Details

• Manual Type: Operation and Maintenance Manual
• System: Hybrid DC Power System (Solar + Thermoelectric + Battery)
• Document Number: J275-3-S-010 OMM Rev. 3
• Revision: Rev. 3, dated 17.07.01
• Prepared For: Esso Production Malaysia Inc – Satellite Fields Development Project
• Prepared By: BP Solar Malaysia Sdn Bhd
• Equipment Covered: Global Thermoelectric Model 1120 TEG, Model 5120 TEG, Model 5210 TEG, Model 5060 TEG, BP Solar Modules, Balston filters, Fisher Type 252 filters, BASO H19 safety pilot valves, Hawke cable glands
• Language: English
• Format: PDF

Chapters Covered

• Introduction and How to Use the Manual
• Health and Safety – General Safety, Standards, Sequence of Installation and Commissioning, Structures for Solar Panels, Solar Modules, Batteries, Mains Wiring
• Specifications – Charge Controller Functional Specification, Cable Schedule
• BP Solar Drawings
• Vendor Data Information – Ammeters and Voltmeters, Batteries, Battery Enclosures, Cable Glands, Charge Controllers, Flame Proof Enclosures, Rectifier/Charger, Solar Panel Structures, Solar Panels, Thermoelectric Generators
• Factory Acceptance Testing (FAT) Results
• Integration Testing Results
• Commissioning – On-Shore Commissioning for Lawang-A, Seligi-H, Irong Barat B, Serudon-A, Raya-B
• General Maintenance – Troubleshooting Guide, Routine Site Inspection, Hybrid Charge Controller, Solar Panels, Thermoelectric Generators, Gas Conditioning Panel, TEGs Proper, Batteries, Battery Charger, Hybrid Controller, Distribution Panel, Warning Signs, Cross Checks, Training Notes
• Dossier of Explosion Protection – Battery Enclosure and Accessories, Flame Proof Enclosures and Accessories, Hazardous Area Cable Glands, Solar Panels, Thermoelectric Generators
• Global Thermoelectric 1120 TEG Operating Manual – General Information, Theory of Operation, Physical Description, Electrical Output Characteristics, Ambient Temperature Effects, Rated Power, Fuel Consumption, Installation, Mechanical Inspection, Electrical Connection, Fuel Supply Connection, Start-Up Preparation, Operation, Service, Troubleshooting, Parts Lists, Appendix Gas Specifications
• BP Solar Training Notes – Solar Module, Solar Cell, Cell String, Module Laminate, Points of Caution, Effects of Temperature, Module Power Characteristic, Solar Battery, Battery Applications, Charge Regime, Failure Mechanisms, BPR-NG Regulator, Temperature Compensation
• Global Thermoelectric Training Notes – Model 1120 TEG Specifications, Installation, Startup, Maintenance, Troubleshooting

The manual brings together everything a field technician needs to keep the hybrid power system running: the theory behind thermoelectric generation, the specifics of the Global Thermoelectric 1120 TEG (hazardous area generating system for Class I, Division I, Group D, T3 operation), solar module construction and testing, battery bank maintenance and charge regime, the BPR-NG solar regulator with its boost / equalise / float charging stages, and the support equipment – fuel conditioning skid, Balston coalescing filters, Fisher Type 252 filters, BASO H19 safety pilot valves, and Hawke cable glands. It also documents the commissioning results for the five Esso platforms covered by the project.

What This Manual Helps You Do

With the Hybrid DC Power System Operation and Maintenance Manual on hand, you can start, adjust, and troubleshoot the Global Thermoelectric Model 1120 TEG using the manufacturer’s own procedures – setting the air shutters, adjusting fuel pressure, reading V(set) against the power curves, and diagnosing ignition, thermopile, fuel system, and voltage limiter faults. You can commission a hybrid power system from scratch, understand how solar, TEG, and battery inputs interact through the hybrid controller, and know exactly when the controller should disconnect or reconnect each input stage.

The 1120 TEG section alone covers the full hazardous-area generating system: theory of operation, electrical output characteristics, ambient temperature effects on power, rated power determination, fuel consumption at rated power for propane, butane, and natural gas, mechanical inspection, electrical connection, fuel supply connection, start-up preparation, heat-up to rated power, V(set) versus time and V(set) versus power graphs, air shutter adjustment, fuel pressure adjustment, applying customer load, service, field troubleshooting, and complete parts lists.

Why It Matters

Hybrid DC power systems in remote oil and gas satellite fields have no margin for guesswork. This Hybrid DC Power System Operation and Maintenance Manual lays out the correct fuel pressures, the correct V(set) values for rated power at any ambient temperature, the correct charging regime (boost, equalise, float) to keep the battery banks healthy, and the cross-checks that let an operator confirm the system is working as designed. Following the wrong adjustment on a TEG burner, or letting a battery bank stratify or overcharge, is exactly the sort of failure the procedures in this document are written to prevent.

Delivery

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