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    Energy system 3 days left
    VERIFIED

    aimed at providing fundamental knowledge of thermodynamics, fluid mechanics, and heat transfer in context of Energy Systems Engineering. A Just-in-Time approach to learning and applying these topics will be used. Projects will anchor all module activities. In addition to providing knowledge and experience of thermodynamics, fluid mechanics, and heat transfer, this course seeks to provide students the analysis skills necessary to determine the importance of energy conversion technologies, with special emphasis on energy efficiency and renewable energy (tidal, hydroelectric, wind, solar and geothermal). Pre/Corequisi

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    (On urgent basis) Need ready made project with model for MTech in thermal Engineering. Project must fullfill following points.. 1. Project should be related to thermal area only. 2. It should be on recent technology 3. Experimental results must be validated with any suitable software 4. Base paper must be from standard journal and must be recent. 5. Project must have depth as its for MTech. it should not be that much simple as For Bachelor student. Things required.. Ready made project Report, PPT, IEEE Paper, Model, Software Analysis.... Etc.. Kindly contact on 8390322213/9049949256. Or mail me at [login to view URL]@[login to view URL] Not available between 9.00 AM to 6 PM..

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    Sto cercando di creare un team per lo sviluppo di una tecnologia in grado di trasformare le vibrazioni (anche terrestri) in energia. Quindi i numeri che metterò sono tutti casuali, cioè non do un compenso in denaro ma bensì ma verrete pagati in equity. Se siete interessati non esitate a scrivermi

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    To simulate a room to get daylight and energy results.

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    Hi SOLACE Engineers Inc., I noticed your profile and would like to offer you my project. We can discuss any details over chat.

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    I have a story to tell about a shipping container. I want the shipping container to be new and happy, then be loaded onto a big ship, where it can see happy people riding bikes on the sidewalk by the shore. Then it realizes it is just one in hundreds on the big boat and it is scared (it thought it's life would be more productive than this!) then it is emptied and put in a scrap yard with other one use containers. Then it is sad and thinks that's where it will end up...but it gets scooped up and is cleaned up, and put into a grassy field where people come to get bikes from inside it.

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    Radix Tree is an Online Education Transforming System! We are hiring teachers who can teach online to students from Canada. Timings will be in between 4:00 pm - 10:00 pm Toronto [login to view URL] of you who are interested in this online teaching job kindly apply with your resumes. Preferable people with good native English [login to view URL] who have some teaching background.

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    You are asked to carry out an energy evaluation of a Company. They are provided with the layout of the company and energy use (gas and electricity bills). You are asked to carry out an analysis of the data provided and propose practical improvements to the energy use of the company in terms of energy use reduction and improved environmental conditions.

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    Completely green, upcycled outdoor gym. Adaptable, and capable of holding multiple event types. The gym will be mainly a mixture of rock climbing, parkour obstacles, CrossFit, and strongman. Using recycled rubber and metal to simulate an urban or wild park set up for a complete workout outdoors in a controlled environment. All built into a 9,000 square foot lot.

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    The system I would like to implement at ODU's campus will be a transportation system, one not as flashy as a maglev train, and just unrealistic enough to make it interesting for anyone on or around campus. A complex weave of multiple paths and stations will be connected to seamlessly smooth "railway". This railway will be able to transport students, faculty, and employees from sun up to sun down by being completely autonomous and synchronization by linking machine learning with a GPS style railway. Machine learning will be used to best scatter the carts. The sky-carts will use student schedules, campus fiat, living accommodation, and other factors to best prepare and accommodate the students to maximize, leisure, study, and work time. A hybrid energy system of both Solar, wind, and water will sustain the cable systems. Vertical Axis Turbines stationed on each cart will simultaneously supply the cart and a battery which may be dropped off at the next station to be used by the landing station or to be used by a local renewable energy friendly vehicle. I want to create a seamless transition from parking walking outside, to walking on campus without feeling stranded, jammed up by traffic, or possibly catch up on reading while enjoying the beautiful scenery. A more personal-crowd based Gondola experience. Using machine learning to route carts to best suit your preference to get to your location, or not. Maybe just a flight around campus near the beach to listen to your new album.

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    Hi, please ***Read Carefully*** We need engineering company or engineering individual or engineering consultant can design, build and assemble for us something like appear in the links below: Flywheel-Kinetic [login to view URL] [login to view URL] -or- Magnetic Generator [login to view URL] Yes, can be an hybrid. What I mean for "Hybrid" is start with a little bit of gasoline and then keep working with the Kinetic-Flywheel Magnet Energy Generator. More examples here: [login to view URL] Requirements: 60 Hz up to 230V 5KW at least 55 db (max.) 180 lbs. max. weight and can works continuously for up to 120 hours ***We need a Clean Job, a Professional Grade Job Please! ***We need the entire job done in 60 business day. I will take the person with the most interesting bid content, reviews and $ offer. Yes, help us to bring this idea to the real world and dare thermodynamic laws. This is one of the few phase of this project, we will have more jobs and pages if this project is successfully accomplished. Suggestions are welcome, questions are welcome. Thanks and happy bidding!

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    The company is Lumin Solar Technologies - www.luminsolarpower.com. We are looking for a residential solar designer that can do a solar sales proposal and design in Aurora solar design software. We also need a designer that can do proposals and designs for large commercial and agricultural.

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    ability to carry out a study of potential low carbon/renewable energy technologies for a proposed new-build non-domestic building

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    wind turbine with energy storage system (Psim), i need someone to make correct values for that model and accurate code for the C block for the required duty cycle , with explanation of what is done .

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    Hi Andrei K., I noticed your profile and would like to offer you my project. We can discuss any details over chat.

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    Feasibility of a Energy power plant generator by RDF and waste and increacing the efficiency of the plant, economic viability and CO2 emission compration

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    Simply put, the goal is to heat a standard hot water tank with solar PV. To be able to help me you'll need to understand (among other things): DC power and loads, heater resistances and solar PV optimization (resistance as it relates to fluctuating PV voltage), and Tigo DC optimizers. Please note this project v1.0 is already working and has been working for over a year, I just know it can work better. This next phase involves increasing the performance as well as increasing the safety/control aspect of it (ie: it currently has no means to automagically shut itself off). The 6-panel array produces 1,260W @STC (see attached PV spec sheet for Vmp Imp and be sure to refer to specs for the 210W model). Each panel in the array has Tigo Optimizers attached to it. Under normal conditions on an average day I'm seeing power production anywhere from 500W to 1kW with sun, depending on the season and the weather conditions of course. Each PV panel plugs into it's own Tigo optimizer (so there are 6, one for each panel), and then all those optimizers are wired in series and that series terminates in a weather tight box (2 wires, one positive and one negative) where it connects to buried TECK90 #10 AWG cable (conductors are stranded copper, TECK is rated for 600V). This underground cable runs approx 150 ft back to the house. In the house it terminates inside a large metal box (nice and big, was once used to hold a simple 6"x6" PCB MOSFET setup which I can tell you more about) where it connects to #14 AWG (solid copper conductors). That #14 travels less than 8 ft with the two wires terminating onto the bottom heating element of a standard run-of-the-mill north american hot water heater. The water heater thermostat has been bypassed since they only work with AC, and this is DC. This tank is a pre-heater and is one of two heating tanks in the house, the second and final tank is a typical gas heated tank. There are 4 plumbing valves that allow me to isolate one of the tanks for the house hot water supply. The Tigo aspect of the system is of great assistance because not only does it maximize each PV panel, it also provides me with technical data and analysis tools via their monitoring portal website. I can give you access to this no problem, you will see data (power, volts, current) for both live data as well as the past year of graphed data. My goal is to study the performance shortcomings or "blips" that I see on the Tigo portal. Secondly, to increase the safety/controlling aspect of it. The "blips" are either 1) not real, or 2) are how the Tigo's respond when connected directly to a DC load. I notice on the Tigo portal that although it is working, random panels seems to fall out and lose 20% power and I wonder if I'm missing something in my design (a resistor, a capacitor?) to smooth things out. Anyways, diagnosis is required. And less important for this phase of the project, the safety aspect -- the water heater has a pressure release valve on it so technically there is some protection if it boils, but I'd like you to suggest some kind of component that's not too expensive to help with this. Basically to shut things down if the tank gets hot enough. Tigo already has a way for the MMU to communicate with the optimizers to tell them to shut themselves off, but at the moment it is human initiated as the only way to do it is to press the red "PV-SAFE OFF" button on the MMU. Any suggestions on this are appreciated. Or maybe a DC relay is the way to go, but they're expensive. In conclusion it is working and on good days the 60 gallon tank will go from cold to over 100 deg F, so the proof of concept is done and it works. I'm asking for your help to make it better. Your experience and knowledge of electrical theory and components will improve this and help me get to the next level. No tinfoil hats allowed LOL.

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    we are looking for a sales person who can do sales for Solar system around KSA.

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    i need a working model of power generation system with wind turbine suppoerted by energy storage system. In (PSIM) software simulator.

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    Hey people, go through attached before bidding. This is an electrical circuit of solar cell. The circuit has been translated into set of mathematical equations which are non-linear. There are about 15 equations with 15 unknowns. Numerical method on MATLAB may be implemented to solve these equations. I need some guy who can plot Current-Voltage (I-V) curve. Current (I) needs to be calculated from mathematical model while Voltage (V) can be taken an array of 100 points. 2. And he needs to get these: reverse saturation current (Io), ideality factor (a), series resistance (Rs), shunt resistance (Rsh). Images have been uploaded which show values of these parameters at reference (REF) or standard test conditions (STC) have been provided. One image is uploaded to compare final values. All needs to be done for 2-a-Si only.

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    TRNSYS Expert Ended
    VERIFIED

    Need an expert in trnsys to model an solar energy system and complete a report which discusses the methodology and results of modeling.

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    I would like guidance and ideas for designing a robust solar MPPT charger for lead-acid batteries and a distribution system to power up onboard systems such as micrcontrollers and the DC brushless motor. Must include an emergency power cut-off. And regenerative braking charging capability. Freelancer must be a professional in this field and have good documentation skills for every step. Most schematics will be designed in LTSPICE (unless you have a better option with reason)

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    Internet of things Ended
    VERIFIED

    I need to develop my smart irrigation system but instead of runing it on battery I would like it to be run by solar energy system.

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    Design a simple buck/boost converter for solar MPPT charging using either LTSPICE or MATLAB and programmable using Arduino. See attached file for further details. Only Need Task 1 : create a purchase list of components

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    Hi All, I am Vivek Vardhan and i currently live and work in Germany. I am primarily a Software Engineer by profession but i plan to venture in Solar PV power grid installations in India. Since i am not an electrical engineer by profession, i feel that i am not qualified enough to design a proper Solar PV grid, although i have enough knowledge about the entire process, needs and requirements. I am primarily looking for someone who has experience in this field, to prepare a comprehensive project plan for a 1 MW solar power grid, including raw material costs, purchase & transportation costs, installation and maintenance costs, operational costs, land requirements, bank lending rates/amount, project amortization times and other things that would be needed for the setup of such a project. I am attaching a link to the works of Amrit Mandal, as a reference point, so that the person interested has an idea of what i would like as a final product. Link to Amrit Mandal's work: [login to view URL] Thanks for your help. Best Regards, Vivek

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    Hi Truong D., I noticed your profile and would like to offer you my project. We can discuss any details over chat.

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    Hi Odysseas C., I noticed your profile and would like to offer you my project. We can discuss any details over chat.

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    Busco asesoría para tramitar la construcción e interconección a la red eléctrica de CFE una granja solar fotovoltaica de 40 MW en México.

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    1. Simulate the designed pavilion by using IES, to show the effect of dynamic changing of the structure 2. Assess the thermal , wind and light performance the gap under the pavilion ( at least 3 scenarios ) for 3 seasonal scenarios ( summer, winter, spring or autumn ) and hourly changes per day . 3. Study the effect of the pavilion (on an added building beneath) creating imaginary cube under the pavilion ( 6m x 4m x2.8m height ) with at least 3 windows to simulate the effect of the pavilion dynamic scenarios ( see the example below ) use the basic layers provided below as well . the design here will act as a base case model . [login to view URL] the new results against the base case which the pavilion in a static mode . ( needed in 2 days ) !!! for further info images , and sketchup file please contact

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    I have a data which was obtained from Aspen HYSYS, only a compilation and arrangement of theoretical part is needed,

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    1. Simulate the designed pavilion by using IES ( main simulation tool ), to show the effect of dynamic changing of the structure 2. Assess the thermal , wind and light performance the gap under the pavilion ( at least 3 scenarios ) for 3 seasonal scenarios ( summer, winter, spring or autumn ) and hourly changes per day . 3. Study the effect of the pavilion (on an added building beneath) creating imaginary cube under the pavilion ( 6m x 4m x2.8m height ) with at least 3 windows to simulate the effect of the pavilion dynamic scenarios ( see the example below ) use the basic layers provided below as well . the design here will act as a base case model . 4. You need : to compare your results to Marbella – Spain’s sustainability methods. [login to view URL] the new results against the base case which the pavilion in a static mode . contact for more information and the sketch up file of the project ...

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    1. Simulate the designed pavilion by using IES ( main simulation tool ), to show the effect of dynamic changing of the structure 2. Assess the thermal , wind and light performance the gap under the pavilion ( at least 3 scenarios ) for 3 seasonal scenarios ( summer, winter, spring or autumn ) and hourly changes per day . 3. Study the effect of the pavilion (on an added building beneath) creating imaginary cube under the pavilion ( 6m x 4m x2.8m height ) with at least 3 windows to simulate the effect of the pavilion dynamic scenarios ( see the example below ) use the basic layers provided below as well . the design here will act as a base case model . 4. You need : to compare your results to Marbella – Spain’s sustainability methods. [login to view URL] the new results against the base case which the pavilion in a static mode . contact for more information and the sketch up file of the project ...

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    need to write 5 to 7 articles of 500-1000 word in a month on mutually agreed topics which would require research, interview skills, industry interaction.

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    We only want working model.A small prototype structure it should be good enough to show as a [login to view URL] should contain a tank or container in which we can feed our bio or producer products.

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