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TRUONG GIANG Electric Company

TRUONG GIANG Electric Company. TRUONG GIANG Electric JSC Date: 18th Sep 2009 Internal Meeting. Think future together. Nội dung. Giới thiệu Lĩnh vực hoạt động Kế hoạch & Chiến lược Sơ đồ tổ chức Doanh số. Giới thiệu.

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TRUONG GIANG Electric Company

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  1. TRUONG GIANG Electric Company TRUONG GIANG Electric JSC Date: 18th Sep 2009 Internal Meeting Think future together

  2. Nội dung • Giới thiệu • Lĩnh vực hoạt động • Kế hoạch & Chiến lược • Sơ đồ tổ chức • Doanh số

  3. Giới thiệu • Công ty Cổ Phần điện Trường Giang là Công ty thuộc Trường Giang Electric Family (tên gọi thân mật thay cho Truong Giang Electric group) • Tên tiếng Anh: Truong Giang Electric Joint Stock company • Tên viết tắt: Trường Giang Electric JSC • Giấy phép thành lập: 16/03/2009 (Sở KH&ĐT TP.HCM) • Đại diện pháp luật: Phạm Quốc Trường • Mã số thuế: 03 07 57 77 42 • Số tài khoản: 56 76 9999, Ngân hàng ACB • Vốn điều lệ ban đầu: • Website: www.tge.vn • Địa chỉ e-mail: info@tge.vn • Cổ đông sáng lập: 1 - Công ty TNHH Trường Giang, do ông Nguyễn Ngọc Thông làm đại diện, chủ tịch hội đồng quản trị 2 - Phạm Quốc Trường (Giám đốc) 3 - Nguyễn Ngọc Minh 4 - Đàm Văn Toàn 5 - Nguyễn Hoàng Mai 6 - Trầm Nguyên Thành

  4. Lĩnh vực hoạt động • Sản xuất: • - Sản xuất tủ bảng điện trung hạ thế • - Trạm Kiosk • - Các loại tủ điện hạ thế (MSB, SSB, DB, MCC, tủ tụ bù, ATS,…) • - Rack 19” • - Thang máng cáp • - OEMs • Thương mại: • - UPS, máy biến áp, hệ thống Busway, cáp,…

  5. Kế hoạch và chiến lược 2009 - 2011 • Nhiệm vụ: Sản xuất, kinh doanh hệ thống tủ bảng trung hạ thế Là OEMs cho các đối tác lớn • Chiến lược: Tập trung vào thị trường sản phẩm chất lượng • Đạt type Tested tủ MV năm 2009 • Đạt type Tested tủ LV năm 2010 • Dẫn đầu thị trường về thị trường tủ trung thế và trạm Kiosk • TOP 3 nhà sản xuất tủ bảng điện hạ thế • Xuất khẩu sản phẩm mang thương hiệu Trường Giang • Mở rộng quy mô hoạt động (tăng vốn điều lệ, lập chi nhánh - VPĐD, tạo điều kiện cho nhân viên tham gia cổ phần công ty,…) • Phát triển đa ngành nghề (lập các công ty trực thuộc Trường Giang Group): sau giai đoạn 1

  6. Hội Đồng Quản Trị (Board of President) Phạm Quốc Trường (General Director) Nguyễn Hoàng Mai (Technical & Production Manager) Vacant 1 (Administration & Account Manager) Nguyễn Ngọc Minh Purchase & Logistic Manager Đàm Văn Toàn (Sales & Marketing manager) Nguyễn Quang Doanh (Production Manager – Mechanical Division) Vacant 1 (General Accounting ) Vacant 1 (Marketer) M - Workers Vacant 2 (Estimator) Vacant 2 (Receptionist ) Hồ Văn Hòa (Production Manager – Electrical Division) E - Workers Vacant 3 (Projects Salesman) Vacant 3 (Security ) Vũ (R&D Manager– Mechanical Division) Vacant 4 (G.Service staff ) Vacant 1 (Electric technical Manager) Vacant 2 (QC) Sơ đồ tổ chức giai đoạn đầu

  7. TECHNICAL INFORMATION Technical specification & standard. 2.1 Technical specification Standard IEC 60439-1 Test Quatest Asta (australian) Electrical Characteristics Rated voltage (Ue) 690 V. AC Rated insulation voltage (Ui) 1000 V Dielectric test voltage 3 kV Rated impulse withstand voltage (Uimp) 12 kV Rated frequency 40-60 Hz Rated current (In) 250A - 7400A Rated short-time withstand current (Icw) Up to 100 kA 1 sec. Mechanical Characteristics Degree of protection, IEC 60529 IP 54 Framework steel (Aluzinc or painted) 2.0 mm Base frame steel (Painted) 2.5mm Doors & plates steel (Painted) 1.5 or 2.0 mm Mounting plates steel (Aluzinc) 1.5 mm Internal partitions steel (Aluzinc) 1.0-1.5 mm Internal separation Form 1 - 4 Stainless steel ANSI 304 , 316 With Aluzinc (mild steel coated with Aluminium and Zinc) DESIGN

  8. TECHNICAL INFORMATION Technical specification & standard. • 2.2 Paint specification • Paint Polyester powder paint • Coating thickness 60-80 µ • Colour (frames & cladding) RAL 7032 *, 7284, 7035 • Colour (base frame) RAL 9005 * • *(other colours on request) • PAINT PROCEDURE • All parts are transported on overhead conveyer through the following phases at a conveyer • speed of 3-4 m/minute. • Phase 1 Degreasing and iron phosphating at a temperature of 30° C • Phase 2 Degreasing and finishing iron phosphating at a temperature of 40° C • Phase 3 Shower with fresh tap water • Phase 4 Shower with demineralised water • Phase 5 Air drying with high pressure air blower • Phase 6 Heat drying in oven at a temperature of 120° C • Phase 7 Automatic electrostatic powder painting for standard colours or larger batches of • special colours. Manual electrostatic powder painting for smaller batches of special colours • Phase 8 Curing in oven for 10-12 minutes at a temperature of 170-200° C • Phase 9 Quality control of random samples as follows.: • Visual inspection against a master sample using 3 different shades of light. • Grid cut in order to test that the enamel adhesion exceeds • Control of coating thickness • Control of gloss

  9. Form • TECHNICAL INFORMATION • Enclosures • 3.1 Frame work • Every MSB is made exclusively from standard and type code- modules . All the modules embrace a high quality conforming to Truong Giang design specifications. The framebars and crossbars are supplied in sizes from 1 to 11 modules (1 module=200 mm). • Dimensions: Height: 1600, 1800, 2000, 2200, 2600mm (with busbar top unit). • Width: 400, 600, 800, 1000, 1200mm • Depth: 400, 600, 800,1000, 1200mm Internal Enclosure Busbar Functional units cable Separation including terminals for external conductors glands

  10. Form • 3.2 Internal form of separation • The following are typical forms of separation by partitions: • Form 1 No internal separation • Form 2a Separation of busbars from the functional units. • Terminals NOT separated from busbars.

  11. Form • Form 2b • Separation of busbars from the functional units. • Terminals separated from busbars. • Types 1 & 2 • Type 1: Busbar separation by insulated coverings • e.g sleeving, wrapping or coatings. • Type 2: Busbar separations by metallic or non • metallic rigid barriers or partitions • Form 3a • Separation of busbars from the functional units. • Separation of functional units from one another. • Separation of terminals from functional units but not from each other. • Terminals NOT separated from busbars

  12. Form • Form 3b • Separation of busbars from the functional units. • Types Separation of functional units from one another. • 1 & 2 Separation of terminals from functional units but not from each other. • Terminals separated from busbars. • Type 1: Busbar separation by insulated coverings • e.g sleeving, wrapping or coatings. • Type 2: Busbar separations by metallic or non • metallic rigid barriers or partitions. • Form 4a • Separation of busbars from the functional units. • Types Separation of functional units from one another. • 1 & 2 Separation of terminals of functional units • Terminals in same compartment as functional unit. • Type 1: Busbar separation by insulated coverings • e.g sleeving, wrapping or coatings. Cables glanded elsewhere. • Type 2: Busbar separations by metallic or non • metallic rigid barriers or partitions Cables glanded elsewhere.

  13. Form • Form 4b • Separation of busbars from the functional units. • Types Separation of functional units from one another. • 4,5 & 6 Separation of terminals of functional units • Terminals NOT in same compartment as functional • Type 4: Busbar separation by insulated coverings • e.g sleeving, wrapping or coatings. • Cables glanded elsewhere. • Type 5: Busbar separations by metallic or non • metallic rigid barriers or partitions.Terminals • separated by insulated coverings. • Cables glanded in common cabling chamber. • Type 6: All separation by metallic or non metallic • rigid barriers or partitions. • Cables glanded in common cabling chamber. • Form 4b Type 7: All separation by metallic or non metallic • Type 7 rigid barriers or partitions. • The terminals for each functional unit have • their own integral glanding facility.

  14. TECHNICAL INFORMATION Enclosures • 3.4 Rating table: RATING TABLE FOR COPPER BUSBARS ACCORDING TO DIN 43671 • Rating at 40°C ambient temperature and maximum busbar temperature 120°C. • The ratings are tested values and the tests are performed in a Form 4 type panel with a • degree of protection IP 4X

  15. TECHNICAL INFORMATION Enclosures • Main Busbar on top and cable connection front. • Busbar on top up to 4000A (One main busbar system)

  16. TECHNICAL INFORMATION Enclosures • Main Busbar on top and cable connection front. • Busbar on top from 4000A up to 7400A (Two main busbar systems)

  17. TECHNICAL INFORMATION Enclosures • Busbar on top up to 4000A (One main busbar system) • Busbar on top from 4000A up to 7400A (Two main busbar systems)

  18. TECHNICAL INFORMATION Enclosures • Busbar on Rear up to 4000A • Main busbar and section depths

  19. Assembly

  20. Assembly

  21. TECHNICAL INFORMATION4. Wiring • 4.1 Cable connection • In general, flexible copper cable is used for wiring the inside of a switchboard. For an operating voltage of less than half the cable insulating voltage or in other words < 500v , these cable are treated as belonging to lass 2. Consequently they may be secured directly to metal supports without inserting an insulator. • 4.2 Lug crimping • A lug should only contain a single power cable, all the strands of the conductor should be located inside the lug barrel. • Used crimp tools, of a suitable size , as recommended by the lug manufacture . Apply the tightening force specifited by the manufacture of the crimp too. Tools should be checked at regular intervals. • Hexagonal necking distributes the crimping in a uniform manner around the lug.

  22. Rountine test

  23. Rountine test

  24. TECHNICAL INFORMATION 6.Transport • 6.1 Lifting by crane • Maximum Load 200kg for 4 lifting Eyes • 6.2 Moving by pipe sections

  25. TECHNICAL INFORMATION7. Installation • 7.1 Distances to walls and gangway widths

  26. TECHNICAL INFORMATION7.2 Fixing plane • 7.2 Installation on false floor and directly on concrete • 1.Switchboard • 2. Boxgirder • 3. Fitted floor plate • 4. Support adjuistable • 5. Concrete floor

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