این فیلم درباره انرژی تجدیدپذیر در دریا می باشد شرکتی به نام SCHOTTEL طراحی و ساخت آن را انجام داد لازم به ذکر است این پروژه به صورت Turn-key انجام شد در تمام فیلم مراحله اجرا و نصب آن توضیح داده شده است .
طراحی آن در شهر هالیفاکس کشور کانادا در سال 2013 انجام شد. این سازه با عملکرد کهکشان و مهکشان (جزر و مد) و جریان کار می کند.
محل پروژه در نقشه زیر مشخص است در خیلج The Bay of Fundy
رودخانه هم در فلوریدای مرکزی ایالات متحده هم بنام هالیفاکس هم وجود دارد.Founded 2013 and located in Halifax, Black Rock Tidal
Power is a privately-owned company offering tailor-made tidal energy
converter systems and related services for the North American market . The Fundy Ocean
Research Center for Energy (FORCE) is Canada’s leading research centre
for in-stream tidal energy, located in the Bay of Fundy, Nova Scotia
SCHOTTEL HYDRO offers its services in three segments:
hydrokinetic turbines, semi-submerged platforms and components, such as
turbine hubs and drives. SCHOTTEL HYDRO also includes the companies Tidal Stream ltd.(United Kingdom) and Black Rock Tidal Power (Canada). SCHOTTEL HYDRO headquarters are located in Spay, Germany. SCHOTTEL HYDRO is a member of the SCHOTTEL GroupSCHOTTEL HYDRO aims to reach leadership of the hydrokinetic energy marketWe develop, construct and sell SCHOTTEL Instream Turbines, TRITON platforms and components, such as turbine hubs and drives. With our component supply we constitute an
interface to other turbine suppliers. We provide high quality system
engineering and manufacturing to supply our customers with tailor-made
components for their turbines
Depending on the current velocity, one SIT produces
between 54 and 70 kW rated, grid-ready electric power based on rotor
diameters between three and five meters. Thanks to its modular approach,
a higher overall power can be reached with a larger number of turbines
SIT can be implemented in rivers, sea straits and
tidal races offshore in jetty, floating or submerged platforms in
varying quantities. SIT is a flexible component which can be used with
different platform types as on-going projects show
A multitude of SIT in a single installation provides a
maximum power output. SIT turbines are therefore suitable for
utility-scale applications. Forty SCHOTTEL Instream Turbines will prove
this: They will be installed on a TRITON platform in the Bay of Fundy,
Canada, by the SCHOTTEL HYDRO subsidiary Black Rock Tidal Power (BRTP)
in 2016
Besides a maximum power per foundation, leading to
reduced costs per installed megawatt, the multi-turbines setup features
an inherent redundancy: The total yield is not affected if single
turbines are out of operation. When the platform is readily installed,
it will provide a capacity of 2.5 MW
The TRITON S platform has been developed by TidalStream Ltd., a subsidiary of SCHOTTEL HYDRO. It is especially
suited to deepwater offshore and carries a variable number of turbines. TRITON S offers a maximum power capacity on
a single installation.The system consists of a tether arm, two spar buoys and a variable number of cross arms. The entire structure is linked to a foundation (e.g. gravity-based or drilled pile) by a universal
joint, allowing for pitching, rolling and self-alignment to the flow direction.TRITON S is especially maintenance friendly: emptying or filling the ballast tanks in the lower part of the spar buoys
causes the platform to transition from operating mode to maintenance mode and vice versa
Semi submerged TidalStream floating platform supporting SCHOTTEL tidal energy converters
designed for the high flow velocity in the Bay of Fundy
2.5MW capacity from a single seabed installation
powers 750 Nova Scotia homes
support proven SCHOTTEL turbines
float-out installation and removal
grid-compliant energy from platform
on-board access for scheduled maintenance and unscheduled repairs, with minimal downtime
transition to maintenance position allows dry turbine access
excellent sea-going stability for the roughest conditions
cost of energy potentially at or below that of offshore wind and half that of single tidal turbine installations
We deliver cost-effective, turn-key solutions of in-stream tidal power generation. We are specialized in the development and implementation of semi-submerged TRITON platforms that carry a multitude of SCHOTTEL Instream turbines (SIT). Our services cover the range from site-specific platform designs and corresponding installation procedures to project management, manufacturing, and commissioning of devices. We also support the development of operation, maintenance, and monitoring methods and strategies
مقدمه/Intoduction/ Introducciónجزر و مد خود را به دو صورت نمایان می کند یک، با تغییرات سطح ارتفاع آب و دومی، تولید جریان. از هر دو طریق می توان انرژی حاصل از جزر و مد را برداشت کرد. به طور مرسوم تولید نیرو جزر و مدی با ساخت یک سد یا آب بند در یک سایت ساحلی و تولید نیرو توسط توربین های آبی با هد کم (طی دوره جزر یا طی دوره مد و یا هر دوری آن ها) همراه بوده است. اما به دلیل هزینه های ساخت عمرانی و اثر بالقوه روی محیط و علیرغم کاندید بودن سایت های مختلف، هیچ کارخانه بزرگی هنوز در دنیا ساخته نشده است. در مقایسه با سدهای جزر و مدی استفاده مستقیم از جریانات جزر و مدی از فعالیت های مهندسی در مقیاس بزرگ جلوگیری می کند و تاثیرات محیطی کمتری دارد.
تاریخچه/Historia/History
این داستان ادامه دارد .....الان وقت ندارم در ماه های یا روزهای دیگر می نویسم
خوانندگان وبلاگ / Readers Blog/Lectores Blog
یکی از خوانندگان وبلاگ از کشور کلمبیا در خواست کردن عنوان را به صورت اسپانیایی بنویسم و همچنین در خواست کرد که در لینگ وبلاگ معرفی شوند.در مورد لینگ فقط می توانم سایت را بنویسم به هیچ عنوان لینگ در وبلاگ ثبت نمی شود. آقای Marlon Agámez Agáme از شرکت www.aquayterra.com