Features:

• -Altitude 308 m;
• -Area = 64 ha. leased for 49 years with purchase option;
• -10 X 1.5 MW turbines;
• -National network of 110 kV-field pass;
• -wind speed at 30 m = 6.3 m / s, 50 m = 6,7 m / s, 80 m = 7.1 m / s at 3825 hours;
• -Wind-study certificate b.V. Ecofys Utrecht Netherlands;
• -Approvals obtained (all):
• - City Council for 49 years concession;
• - Feasibility study ptr. 40 MW;
• - Impact;
• - Certificate of urbanism + PUZ;
• - ATR;
• - Authorization Environment;
• - Authorization Min.Culturii, Religious Affairs;
• - Approval Aeronautics (AACR);
• - Approval ANIF;
• - Approval Administration Romanian Waters (DADL).
• -Annual profit 1.5 M Euro:
• - Wind speed = 6.5 m / s (89% efficiency)
• - Hours of operation = 3825
• - Annual power / 1,5 MW = 3,735,000 kWh
• - Profit/an/1, 5 MW = 429.525 EURO
• MW = 4,295,525 Profit MAX./an/15 EURO (4115 hours)
• MW = 3,446,250 Profit MEDIU/an/15 EURO (3825 hours)
• MW = 3,207,600 Profit MIN./an/15 EURO (3564 hours)

• PROJECT PRICE = 15 MW X 130 000 EURO, EURO TOTAL = 1.95 million EURO – ($2,525,000 USD)
• INVESTMENT = 1,789,760 X 10 = 17,897,600 EURO – ($23,160,000 USD) FOR TURBINES

Call on small Investors for Proposals -

Recently, the state of Israel has decided to gradually move towards the production and consumption of green energy, namely solar and wind energy.

In this line, the Israel Government issued a legislation to grant private individuals the opportunity to participate in the production of some 30 MW to be sold directly to the Electricity Company of the country. This company is therefore bound, in virtue of the aforementioned Government legislation to commit to buy wind generated power from individuals for a period of 20 years, in accordance with the following scales:

1. Up to 15 KW, for a price of 1.68 NIS (this is approx. €0.33 Euro or $0.47) per KwH.

2. From 15 to 50 KW, for a price of 1.31 NIS (this is approx. €0.26 Euro r $0.37) per KwH.

Within this context, the territory of the Golan Heights has been identified as the best possible location in the country, due to its geographical conditions. In fact, the territory, situated to the far north of the country, has a height of between 900 and 1400 meters above sea level. This is why this territory is regarded as the first priority for the placement of wind power turbines to produce as much as possible of the initially planned for 30 MW.

According to governmental bodies measurements of wind speed in some areas of the Golan Heights (above 900 meters above sea level on average), the average wind speed throughout the year is 8.3m/sec at about 20m hub height. However, it is important to stress that the project is to be implemented further to the northern part of the territories, with height of up to 1400 meters above sea level.

These conditions are true all year round, especially from autumn through spring (this is 9 month a year), but also during summer season with slightly lower records. Therefore, the area becomes the most adequate location to ensure the economic success of this project.

Green Golan is a young company established by a group of local professionals from varying backgrounds that intends to develop and implement a major wind power project in the northern part of the Golan Heights. In this part of the territory, the Green Golan Company is planning to cooperate with local land owners, in an area that extends over about 20 million square meters. The projected land is generally used for agricultural purposes by locals, and its ownership is widely split amongst small owners (some 2 to 5 thousand square meters for each owner).

It is important to highlight that electricity supply lines are already available in and around the projected areas where wind power turbines would be installed. This will highly facilitate the direct connection of individual turbines to the electricity company. In addition, the Green Golan company already has topographical plans for the entire area. All potential locations are easily accessible, as they are already being used by the farmers to produce various fruits, especially apples and cherries.

While the company continues to look into potential donor funding for this initiative, several local banks have expressed their willingness and readiness to contribute to the funding of their project. However, the Green Golan company is open to discuss any additional proposals in this regard.

Based on the above, the Green Golan company intends to implement a wind power project that consists of the installation of small wind power turbines, in cooperation with individual land owners, to produce 50 KW in each case, with a total projected production of up to 20 MW. Generated power will then be directly sold to the national Electricity Company, who commits to buy all generated power for an initial period of 20 years. This will total 400 individual 50kW site connections to the local grid.

Therefore, the Green Golan company would like to invite proposals for the supply of wind power turbines that correspond to the following: Production capacity of up to and not exceeding 50 KW per hour, at a wind speed of 9 meters per second (this is, the production capacity should not exceed the said amount when the wind speed reaches 9 m/s, but may be less). Therefore, proposals shall include as much detailed technical specifications as possible, together with indicators of proved production capacity.

Based on the above figures, proposals should be made for the supply and installation of up to 400 turbines for the production of up to 20 MW.

Proposals should be made to show the costs of supply (both at origin and on site) and installation separately. Suppliers are also welcomed to make comprehensive proposals for the construction of a complete plan of wind power turbines.

Prices should be expressed to also include maintenance costs (although we would be open to discuss the possibilities of training local teams to implement maintenance services in the future). Proposals should also include details of guarantees for the equipment, and any other relevant

Due to the high expectations and numerous expressions of interest received so far, through this renewed call for proposals the Green Golan Company is especially interested to learn about your readiness and conditions to supply and install, in situ, a pilot wind power turbine that corresponds to the required specifications. In addition, and in order to enable them to compare prices and funding conditions with already received proposals, they would be grateful for your indication of such conditions in your bid.

A perfect example of a most suitable turbine with high output at low winds and a great $/kwH ratio wind turbine is the 50kW BENZ – PMG DD 50 – Direct Drive – Permanent Magnet Wind Turbine from MyWindPowerSystem Ltd.

At a purchase price of only 92,000 EUR plus shipping and an expected annual power output of 396,610kwH at an average wind speed of 9m/sec, this reliable and low maintenance direct drive turbine can generate income in excess of €100,000 EUR per annum and produce a ROI (Return of Investment) in as little as 18-24 month (taking into account the cost for installation and costs for lease/profit share with the land owner).

TECHNICAL SPECIFICATION:

Model BENZ PMD/DD 50kW

· Rated Power – 50kw

· Max.Power – 60kw

· Tower height – 20m

· Blade quantity – 3

· Wind wheel diameter – 15.2m

· Rated wind speed – 11.5m/s

· Maximum wind speed – 50m/s

· Cut in wind speed – 3m/s

· Cut out wind speed – 25m/s

· Service life 20+ years

For more details on the 50kW BENZ – PMG DD 50 send email to: sales at mywindpowersystem.com or click on the link below:

http://www.mywindpowersystem.com/products/2010/08/50kw-benz-pmg-direct-drive-permanent-magnet-wind-turbine/

Deadline for submission of proposals to the Green Golan Company (preferably by email): 25 November 2010.

The Green Golan Company will be happy to respond to any queries that you may have in this regard.

Green Golan, Ltd.

P.O. Box 1303 –

12438 Majdal Shams

Golan Heights

Israel

E-mail: info@greengolan.com

MyWindPowerSystem Ltd. works with highly skilled remanufacturers, refurbishers and machinists to ensure the re-manufactured equipment is properly restored to the original manufacturers specifications and is refurbished according to our high standards.

Refurbished wind turbines offered by MyWindPowerSystem Ltd. are completely disassembled and thoroughly inspected and cleaned. Our highly experienced wind turbine refurbishment affiliates evaluate the condition of the reconditioned wind turbine and replace all wear parts. The main moving components will be reconditioned to new or better than new standards. The controls, gearbox, hub, generator, hydraulic system are all thoroughly reconditioned and are either restored or replaced. All refurbished wind turbines come with a full technical report of the reconditioning work undertaken.

Completed refurbished wind turbines are restored to the original manufacturers specifications and offer a minimum warranty of 1 year. Extended warranties may be purchased upon request.

Depending on the turbine type and size, a typical reconditioning process takes approximately between 3 months and up to 1 year for very large size turbines.

Description of the reconditioning process:

• Tower/Head: Inspect/replace as needed welds, bearings, blast & paint, the unit will have new base bolts. Major axis and adjust on-axis coupling. Analysis of state of the “I / F” with the hub, replacement of bearings and seals on hatches. Verification of tolerances in bearing seat shaft and bearings,
• Gearbox: Check the stage trains, both primary and secondary for backlash and endplay, replace seals and Verification of tolerances throughout the box. Hydraulic System cleaning and priming circuit pressure and leak test. Change seals, filters, fittings Verification of pressure level and vibration load, and repaint.
• Brake unit: Pressure test, replace pads, leading lines (hoses), and rebuild brake caliper – as needed. Meg and test brake motor.
• Yaw system: Meg and test yaw motor. Inspect yaw gearbox, fill with fluid. Inspect, adjust slide shoes, or replace if needed
• Generator: Disassemble generators, dry and impregnate generator, re-dip armatures, and replace bearings. For small generator, check, adjust or replace belts. Test and adjust RPM sensor. Dynamic test analyzes noise and vibration and Thermal Verification test and paint unit.
• Main shaft: Inspect bearings and seals. Check for wear and end play.
• Instruments: Upgrade and test anemometer and wind vane.
• Controller: Tighten all terminations and test the upgraded unit.
• Blades: Inspect tips; replace bushings, pins, if needed. Balance blades to each other.
• SCADA: Upon request, designing and installing a complete SCADA/Remote monitoring system

MyWindPowerSystem Ltd. can arrange to refurbish most wind turbine models to either 50Hz or 60Hz

If you decide to purchase a used wind turbine including refurbishing, please let us know at the time of inquiry and we are happy to provide a detailed price quote including a complete refurbishing schedule.

Please contact us with any question you may have about the refurbishing you’re your wind turbine.

Click Here To Contact Us Now.

Are you looking for a well priced used wind turbine? Then look at our marketplace with many attractive offers for all brands and in all price ranges! click here

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Watch this high quality animation. ‘How Does Wind Power Work’?

Your MyWindPowerSystem Team

Required Qualifications:

To be considered for the freelance job of Project Manager, applicants must have:

4 or more years of wind farm or similar project experience; 7 – 10 years of construction or engineering experience
Bachelor’s degree. Bachelor’s degree in construction, electrical, mechanical, civil or other engineering or technical discipline or construction management strongly preferred.
Strong project management skill set required including contract management, contract administration, scheduling, planning, financial control and management.
Microsoft Office (Outlook, Excel, Word)
Knowledge of scheduling programs such as Primavera or Microsoft Project
Knowledge of drawing programs such as ACAD

Preferred Qualifications:

In addition to the required qualifications the successful candidate is likely to be able to demonstrate:

· Experience as a project manager for wind or similar projects

· Master’s degree in Engineering or Business

· Certification as Project Management Professional (PMP)

· Registration as a Professional Engineer (PE)

Travel: This position may require up to 50% travel during peak construction season

SCOPE:

The Project Manager supports MyWindPowerSystem’s business unit by providing senior management of construction activities for the construction of wind farms. Management of a project normally lasts 12 to 18 months with the project manager becoming significantly involved at the later stages of development through turn over to operations. During this timeframe, an active construction period of 6 to 9 months is involved.

The Project Manager is responsible for all construction and capital spend related activities once the project is authorized for construction. A formal Major Projects Common Process template must be followed for projects and the project manager is the lead for this during final planning and execution of the project.

During construction, the Project Manager will be responsible for managing one or more construction contractors such as a general contractor and detailed coordination with the general contractor’s sub-contractors as well as management of the wind turbine supplier. Specific management areas include:

Safety performance – as the Project Manager, you will lead the safety efforts through the on-site BP site manager and through close coordination with the contractors and turbine supplier performing work. This includes providing the right contractual and non-contractual motivation, monitoring work, jointly developing key processes and procedures on site including the site safety plan.

Schedule performance – the Project Manager leads the effort to develop the project P50 and P90 schedules coordinating with external contractors, the BP scheduler, project engineering, development and other parties and then is measured on the ability to meet the P50 schedule, managing schedule issues as they arise.

Cost – the Project Manager leads the effort to develop the project P50 and P90 capital budgets, working closely with internal parties, especially the project engineer and developer. This may include negotiating risk and cost with contractors and ensuring that an achievable but profitable capital project is developed and delivered.

A strong project management skill set is required including contract management, contract administration, scheduling, planning, financial control and management of a small project team who are the owner representatives at a site with several hundred construction workers present.

Job Dimensions:

· Significant autonomy in work, but a strong reporting and approval process using BP Wind internal procedures and joint venture (JV) project specific approval levels.

· No direct reports, but matrix management of numerous internal and external personnel and large numbers of contractors performing daily work

Accountabilities

· Project safety – be the safety leader implementing and enforcing standard safety practices and philosophies

· Monitor daily activities at the construction sites, using this data to trend and develop detailed forecasts and ensure that corrective actions are done timely

·Overall project leadership through the relationship with your contractors

· Complies with Health Safety Security, and Environmental requirements

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