Caspian Company مجری پروژه های نیروگاهی ، احداث مولد های مقیاس کوچک و سیستم های CCHP & CHP ohen staufen ring-20- koln – germany.

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Presentation transcript:

Caspian Company مجری پروژه های نیروگاهی ، احداث مولد های مقیاس کوچک و سیستم های CCHP & CHP ohen staufen ring-20- koln – germany دفتر مرکزی آلمان : 506701 : کد پستی 0049221-271620861تلفن : 0049211-27462059 فکس : دفتر مرکزی تهران : شریعتی- ایستگاه مینا - خیابا زیبا - پلاک 49- واحد 4و 5 تلفن : 22854734 --22859733 -- 228596 فکس : 22854746 آذریایجان - باکو : azerbayjan - baku- Mushfigh ST AZ1006-NO636 تلفن : 00994124997199 فکس : 00994124997677 www.caspianturbine.com Micaspian@yahoo.com

شرکت کاسپین به عنوان یکی از شرکتهای تابعه گروه توسعه اقتصادی بهینه سازان جهت ورود این گروه به حوزه صنایع بالادستی برق و نیرو تاسیس گردید . این شرکت با مشارکت برندهای برتر تولید کننده مولدهای مقیاس کوچک و توربین های گازی و همچنین بهره مندی از نیروهای متخصص توانسته است پروژه های موفقی را در زمینه طراحی ، تامین تجهیزات ، احداث و خدمات پس از فروش نیروگاه های مقیاس کوچک اجرا نماید . شرکت کاسپین با استفاده از ارتباطات بین المللی خود کلیه تجهیزات مورد نیاز جهت احداث نیروگاه های مقیاس کوچک را از شرکتهای صاحب نام اروپایی تهیه نموده و با تخصص و دانش فنی نسبت به احداث آنها اقدام می نماید . شرکت کاسپین ورود به عرصه صنایع نیروگاهی را با احداث و راه اندازی انواع میکروتوربین ها ، مولد های مقیاس کوچک و توربین های گازی آغاز نموده است . Caspian GMBH

تولید پراکنده یا DG (Distributed Generation ) چیست ؟ تولید پراکنده برق  الگوی نوینی از تولید انرژی الكتریكی است كه در آن، تولید انرژی الكتریكی تا حد امكان به محل مصرف آن نزدیک می گردد. روند فعلی دنیا به سمت افزایش رشد تولید پراكنده برق در مقایسه با كاهش رشد نیروگاه های بزرگ می باشد، چنانچه 30 الی 35 درصد سرمایه گذاری های جدید نیروگاهی، در تولید پراكنده اتفاق افتاده است. با توجه به راندمان پایین و عمر بالای نیروگاه های بزرگ موجود، گرفتن سهم از تولید این نیروگاه ها قابل تصور خواهد بود. كما آنكه در برخی از كشورهای اروپایی، سهم تولید پراكنده به بالاتر از 60 درصد رسیده است. CASPIAN GMBH

پروژه ها احداث توربین گازی نوع پروژه ------------ CASPIAN GMBH مجتمع صنعتی ماموت کارفرما ایران ، تهران محل احداث تامین برق و حرارت مورد نیاز مجتمع هدف طرح 1100kw ظرفیت الکتریکی مصرفی ظرفیت تولید برق پیشنهادی ------------ ظرفیت الکتریکی مازاد فروش به شبکه 2000000kcal ظرفیت حرارتی مصرفی آب گرم نوع نیاز حرارتی ( آب گرم / بخار ) 2000000kcal ظرفیت حرارتی قابل بازیافت توربین گاز نوع مولد 2دستگاه تعداد مولد 16ماه دوره بازگشت سرمایه طرح 3ماه مدت پروژه CASPIAN GMBH

پروژه ها احداث توربین گازی نوع پروژه Caspian GMBH کارفرما کشور آذربایجان ، باکو محل احداث Chp , cchp هدف طرح 2500KW ظرفیت الکتریکی مصرفی 1200KW ظرفیت تولید برق پیشنهادی 1300KW ظرفیت الکتریکی مازاد فروش به شبکه 4500000KCAL ظرفیت حرارتی مصرفی آب گرم - بخار نوع نیاز حرارتی ( آب گرم / بخار ) 3500000kcal ظرفیت حرارتی قابل بازیافت توربین گاز نوع مولد 2 دستگاه تعداد مولد 26ماه دوره بازگشت سرمایه طرح 4ماه مدت پروژه Caspian GMBH

پروژه های در دست احداث CASPIAN GMBH

پروژه های در دست احداث CASPIAN GMBH

خدمات شرکت کاسپین : Caspian GMBH 1- سرمایه گذاری در تولید و فروش انرژی الکتریکی از طریق احداث نیروگاه های مقیاس کوچک ( 100کیلوات الی 25000 کیلووات ) به صورت EPC 2- طراحی و احداث انواع نیروگاه های مقیاس کوچک و توربین های گازی به صورت کلید در دست ( Turn-Key) 3- طراحی ، نصب و راه اندازی سیستم های CHP و CCHP 4- نگهداری ، اورهال ، خدمات پس از فروش و تعمیرات انواع میکروتوربین ها ، مولد های مقیاس کوچک و توربین های گازی 5- تامین قطعات و فروش تجهیزات نیروگاه های مقیاس کوچک 6- مشاوره ، انجام مطالعات و خدمات مكان‌يابي ، امكانسنجي و اخذ مجوزهای مورد نیاز جهت احداث مولدهای مقیاس کوچک 7- مشاوره در زمینه تامین مالی و خرید خارجی تجهیزات پروژه های نیروگاه های مقیاس کوچک Caspian GMBH

کاربرد سيستم‌هاي توليد همزمان برق و حرارت (CHP) : كارخانجات توليد مواد غذايي ، كاغذ‌سازي ، صنایع چوب و سلولزی ، صنايع شيميايي ، سراميك‌سازي ، نساجي ، داروسازي ، نفت ، گاز و پتروشیمی ، مجتمع های تفریحی ، مسکونی و اداری ، فروشگاه های زنجیره ای ، بیمارستان ها ، هتل ها و .... Caspian GMBH

مزایای تولید همزمان برق و حرارت در محل مصرف : 1- افزايش بازده سوخت دريافتي به برق تحويلي از كمتر از %۳۰ به ۸۰ تا%۹۵ 2- حضور طيف گسترده بخش خصوصي بدليل سهولت تملك كمتر زمين براي توسعه شبكه و كاهش تبعات مالي 3- حذف تلفات توان پيك توسعه پدافند غيرعامل 4- افزايش ۳۰ درصدي بار پيك نسبت به متوسط بار شبكه تلفات انتقال و توزيع را جبران مي­سازد در حالي كه در روش توليد همزمان در محل مصرف اين تلفات نزديك به صفر است . 5- خرید تضمینی برق و قابلیت فروش برق به شبکه و ایجاد درآمد 6- هزینه های پایین تعمیرات و نگهداری 7- اصلاح اوج مصرف CASPIAN GMBH

Caspian Group introdused the group was formed in Germany and Azerbaijan the commercial and technical partnership is the golf company in Germany. construction and design of control systems in the administrative section shall Azerbaijan caspian economic group as one of the subsidiary companies to enter into this realm of energy and power was established upstream industries. the company , in partnership with top brands in the manufacture of small generators and gas turbines could benefit from expert , successful projects in the design and supply of equipment and construction and implementation services to small power plants . Caspian company using all equipment necessary for their international relation plants from European companies and providing them with expertise and technical knowledge of the construction will .

What is CHP ? In Combined Heat and Power (CHP) systems the fuel source can be natural gas, propane, fuel oil, coal, wood chips, biogas, other biomass materials or any combination. CHP uses this fuel to provide all or a part of the electric energy and thermal energy output to a facility at an overall energy efficiency that is greater than what would be required if the electricity and thermal energy were being provided separately.  Electric power production requires high temperatures, while lower temperatures can fulfill space heating or process energy needs. By capturing unused low temperature heat energy rejected from the electric production process, fuel energy is used more efficiently. Combining heat and power production reduces the net fuel demands for energy generation by supplying otherwise unused heat to residential, commercial and industrial consumers who have thermal needs.  A range of commercially available technologies can be employed in CHP facilities including: diesel and gasoline engines, fuel cells, combustion turbines and steam turbine generators combined with fossil fuel fired boilers. Although fuel cells are not normally considered to be cogeneration devices, they present common issues to CHP.

CCHP & CHP CASPIAN GMBH

Major advantages of a microturbine system

Benefits of CHP Combined Heat and Power systems use fuels, both fossil and renewable, to produce electricity or mechanical power and useful thermal(heating and cooling) energy far more efficiently and with lower emissions than conventional separate heat and centralized power systems. Nationally, current CHP benefits includes: • Produces over 9% of the electric power generated in the U.S. • Saves users over $5 billion each year in energy costs • Decreases energy consumption by almost 1.3 trillion Btus a year • Reduces NOx emissions by 0.4 million tons per year • Reduces SO2 emissions by over 0.9 million tons per year • Prevents the release of over 35 million metric tons of carbon equivalent into the atmosphere. This benefit has come about primarily from large industrial facilities such as are found in the paper, refining and chemical industries. However, new CHP technologies now entering the market hold the promise for even larger benefits for both large and small users by: • Improving profitability of local companies, • Utilizing an environmentally friendly way to build generation capacity, and by • Reducing the load on Electric Transmission Infrastructure through distributed generation.

Basic Information Combined heat and power (CHP), also known as cogeneration, is the simultaneous  production of electricity and heat from a single fuel source, such as: natural gas, biomass, biogas, coal, waste heat, or oil. CHP is not a single technology, but an integrated energy system that can be modified depending upon the needs of the energy end user. CHP provides: Onsite generation of electrical and/or mechanical power. Waste-heat recovery for heating, cooling, dehumidification, or process applications. Seamless system integration for a variety of technologies, thermal applications, and fuel types into existing building infrastructure. The two most common CHP system configurations are: Gas turbine or engine with heat recovery unit Steam boiler with steam turbine

Gas Turbine with heat recovery unit

Application of combined heat and power systems factories food producing & paper producing & wood industry & chemical industry & of ceramic industry & textile industry & pharmacy industry & oil & gas & petrochemical & recreational; & residential complexes , offices & hospitals & hotels &-----------

type CHP & CCHP project Employer Location The aim of project capacitance Capacity utilization Net sales of electric capacity Heat capacity CHP & CCHP Kempinenski hotel Azerbaijan- baku Chp , cchp 2500KW 1200KW 1300KW 4500000KCAL Type of CHP& CCHP Steam & Hot water Renewable Heat capacity 4500000 KCAL Type of gas turbine solar Number 2 unit Return on investment 2 years Execution time or project 3 month

Mummut industrial group project احداث توربین گازی نوع پروژه Employer Mummut industrial group Location iran The aim of project CHP & CCHP capacitance 2000KW Capacity utilization 1200KW Net sales of electric capacity 800KW Heat capacity 2000000KCAL Type of CHP& CCHP Hot water & steam Renewable Heat capacity 2000000 kcal Type of gas turbine Solar 20 Number 2 Return on investment 20 month Execution time of project 4 month

احداث توربین گازی نوع پروژه project احداث توربین گازی نوع پروژه Employer Location The aim of project capacitance Capacity utilization Net sales of electric capacity Heat capacity Type of CHP& CCHP ) Renewable Heat capacity Type of gas turbine Number Return on investment Execution time of project م

- investment in the production and sale of electric energy and heat Caspian Services - investment in the production and sale of electric energy and heat - design and construction of power plant with a capacity 100 kw ----25000kw , turn- key design and instalation CHP & CCHP systems - maintenance and overhaul of microturbine and gas turbine and control systems - parts & equipment of gas turbine & power plants consulting and research equipment

Repair & Overhaul

Germany office : ohen staufen ring-20- koln – germany Contact Germany office : ohen staufen ring-20- koln – germany Postal code : 506701 Tel : 0049221-271620861 Fax : 0049211-27462059 - No636 Azerbayjan : baku- Mushfigh ST Postal code : AZ1006 Tel : 00994124997199 : 00994124997677 Fax AZ TURBINE CO www.caspianturbine.com Micaspian@yahoo.com

Contact

Certificate of Representation industrial Turbine R&O CHP &CCHP Presented to Mr DANIAL PIRGHOURBANI This certifies that danial pirghourbani is authorized to represent caspian turbine company in Middle East for the solicitation of industrial gas turbine & CHP &CCHP Systems Caspian turbine -design&instalation of small power plant & heat recovery Issue date : november19 . 2012 valid until revoked General manager : Martin wike Manager sale & marketing : iraj mehdikhani