Project Nojorid-2
- or -
Post a project like this612
$225
- Posted:
- Proposals: 8
- Remote
- #3648232
- Awarded
Professional Digital Marketer | Web Development | IOS and Android Developer | WordPress | React Native | Video Editor | Graphic Designing
Islamabad
84828510118105168330155493912893545539455244765773082
Description
Experience Level: Expert
I designed Project Nojorid-2 to be built on a suburban lot with an east-west orientation. Also, this project can be built on two R4 zoned Chicago lots with an east-west orientation. Project Nojorid-2 is a three-story building with the garage attached to the building on the south side of the building. Level 1 has two units consisting of one bedroom and one bathroom each. Level 2 is a unit of three bedrooms and three bathrooms. Level 3 is symmetrical with Level 2 and has three bedrooms and three bathrooms also. The power plant of this project is a 60kW power plant and is capable to pump constantly 60kW into the grid 24 hours per day, 7 days per week--it doesn't matter if there is sun or wind or not--and that means a power plant.
The power plant of this project has two systems and a 60kW Generac generator as a backup. The first system has three (3) FX-20kW 220V vertical axis wind turbines and each wind turbine is working in the system with a 20kW on grid controller and a 20kW on grid inverter.
The second system has six (6) FX-20KW 96V vertical axis wind turbines. Each wind turbine of the second system is working in the system with a 20kW hybrid off grid controller which is charging the home battery. To the home battery are connected three 20kW off grid inverters which are connected with those three on grid controllers from the first system and they are supplying power to the on grid controllers when the speed of wind is below 10m/s. Also, the second system has six (6) FX-10kW 96V vertical axis wind turbines and each one is working in the system with a 10kW off grid controller which is also charging the home battery. In the situation when there is not wind and sun enough to keep the home battery charged then the 60kW Generac generator is kicking in and those three on grid controllers from the first system are disconnected from those three 20kW off grid inverters from the second system and the on grid controllers are connected instantaneously to the Generac generator. Therefore, in any situation those three 20kW on grid inverters from the first system will have power enough to pump constantly 60kW into the grid--it doesn't matter what.
In Europe we have buildings with concrete structure and flat roofs. The structure of Project Nojorid-2 is flexible and I can adapt the geometry of this project to the roof. I have technology to connect the structure of Project Nojorid-2 to the roof of this kind of buildings. Therefore, we can build additions on top of these buildings with one or two stories plus the roof. These additions will support safely and very efficiently the power plant because the wind is much stronger when we are going higher and when we are installing the vertical axis wind turbines higher.
If climate change is real then we must find solutions to design and to build sustainable, clean, affordable and reliable power plants exactly how the grid is asking for because there is no time for amateurism.
Please find attached Level 1, Level 2, and the East Elevation of Project Nojorid-2. I would like to have this project executed in 3D electronic support.
The power plant of this project has two systems and a 60kW Generac generator as a backup. The first system has three (3) FX-20kW 220V vertical axis wind turbines and each wind turbine is working in the system with a 20kW on grid controller and a 20kW on grid inverter.
The second system has six (6) FX-20KW 96V vertical axis wind turbines. Each wind turbine of the second system is working in the system with a 20kW hybrid off grid controller which is charging the home battery. To the home battery are connected three 20kW off grid inverters which are connected with those three on grid controllers from the first system and they are supplying power to the on grid controllers when the speed of wind is below 10m/s. Also, the second system has six (6) FX-10kW 96V vertical axis wind turbines and each one is working in the system with a 10kW off grid controller which is also charging the home battery. In the situation when there is not wind and sun enough to keep the home battery charged then the 60kW Generac generator is kicking in and those three on grid controllers from the first system are disconnected from those three 20kW off grid inverters from the second system and the on grid controllers are connected instantaneously to the Generac generator. Therefore, in any situation those three 20kW on grid inverters from the first system will have power enough to pump constantly 60kW into the grid--it doesn't matter what.
In Europe we have buildings with concrete structure and flat roofs. The structure of Project Nojorid-2 is flexible and I can adapt the geometry of this project to the roof. I have technology to connect the structure of Project Nojorid-2 to the roof of this kind of buildings. Therefore, we can build additions on top of these buildings with one or two stories plus the roof. These additions will support safely and very efficiently the power plant because the wind is much stronger when we are going higher and when we are installing the vertical axis wind turbines higher.
If climate change is real then we must find solutions to design and to build sustainable, clean, affordable and reliable power plants exactly how the grid is asking for because there is no time for amateurism.
Please find attached Level 1, Level 2, and the East Elevation of Project Nojorid-2. I would like to have this project executed in 3D electronic support.
Gheorghe B.
100% (44)Projects Completed
35
Freelancers worked with
2
Projects awarded
86%
Last project
10 Oct 2023
United States
New Proposal
Login to your account and send a proposal now to get this project.
Log inClarification Board Ask a Question
-
There are no clarification messages.
We collect cookies to enable the proper functioning and security of our website, and to enhance your experience. By clicking on 'Accept All Cookies', you consent to the use of these cookies. You can change your 'Cookies Settings' at any time. For more information, please read ourCookie Policy
Cookie Settings
Accept All Cookies