User Account

All Pages

Explain a suitable source of sustainable energy

Assignment Help Mechanical Engineering
Reference no: EM132375647

Task:

It is required to design a SUSTANABLE ENERGY GENERATION SYSTEM. Write a detailed report containing following points. It is not necessary to quote question numbers, however, ensure that the content of the report covers the answers for all the questions below:

Select a location of the installation. Explain a suitable source of sustainable energy (wind, solar, tidal, hydro or biomass) with a suitable justification.

Decide whether the system is off-grid, grid connected or hybrid based on justifiable reasoning. Decide the size (generation capacity). The size can be determined to match an industry or a domestic energy requirement, or to match a financial constraint.

Identify all needed components and devices in the energy generation system. Carry out necessary calculations to decide the requirement of the size of the quantity of the components. Investigate the typical efficiencies of each of the device used. Determine the overall system efficiency. How can you enhance the efficiency of the system?

Design the layout of the system which connects the components identified. Label each component. Present this layout as an energy flow diagram too.

Carry out a market survey on prices of the components used in your design. Calculate the total cost of the system (cost of parts and components, installation cost, and regular maintenance cost, etc.)

Calculate the power generation forecast and the associated income (cash flow). Consider seasonal variations, daily variations of generation if applicable. Carry out a financial assessment on the investment and comment on its suitability.

Use online tools/information to determine the environmental advantage and sustainability of the proposed energy generation system. Use internationally accepted indices.

Attachment:- SUSTANABLE ENERGY GENERATION SYSTEM.rar

Reference no: EM132375647

Questions Cloud

Describe the signs and symptoms of compassion fatigue : Write a 350- to 700-word paper analyzing compassion fatigue and corrections fatigue. Include the following: Describe the signs and symptoms of compassion.
What are some examples of the collaborative efforts : Drug companies are pursuing collaborative efforts with other companies to manage in the world of pharmacogenomics and individualized medicine.
Define social determinants of health : Define social determinants of health. How do you feel that social determinants of health play a role in the health status of vulnerable populations groups?
Why persons still persist in the given behaviors : Clarify as much as possible Aristotle's distinction between practical knowledge and theoretical knowledge. Does an understanding of this distinction.
Explain a suitable source of sustainable energy : Design a SUSTANABLE ENERGY GENERATION SYSTEM. Write a detailed report containing following points. It is not necessary to quote question numbers
Describe trauma scenario and the characteristics of client : Describe the trauma scenario and the characteristics of the client. Describe strategies for maintaining self-care after experiencing this scenario.
How you would use the information gathered from the tool : What is important to know and when is it important to know it? To intervene in a problem, a social worker must first identify the problem.
Required expected rate of return on the common stock : The required expected rate of return on the common stock is 14% per annum. Find:
Recalculate the current price of the bond : Suppose the required yield to maturity of the bond is 7% per annum and it is expected to stay the same. X is expected to be 3%, 4%, 4.5% and 5%

Reviews

len2375647

9/24/2019 4:13:41 AM

5 Carry out a market survey on prices of the components used in your design. Calculate the total cost of the system (cost of parts and components, installation cost, and regular maintenance cost, etc.). Market survey of prices of components (5), cost of the system (5) 10 6 Calculate the power generation forecast and the associated income (cash flow). Consider seasonal variations, daily variations of generation if applicable. Carry out a financial assessment on the investment and comment on its suitability. Power/energy generation (5), financial assessment (5), comment on the assessment and suitability (5) 15 7 Use online tools/information to determine the environmental advantage and sustainability of the proposed energy generation system. Use internationally accepted indices. Environmental advantage and the sustainability (10) 10

len2375647

9/24/2019 4:13:34 AM

3 Identify all needed components and devices in the energy generation system. Carry out necessary calculations to decide the requirement of the size of the quantity of the components. Investigate the typical efficiencies of each of the device used. Determine the overall system efficiency using the information provided in the lectures. How can you enhance the efficiency of the system? Identify components (5), size calculation (10), efficiency (5), enhancing the efficiency (5) 25 4 Design the layout of the system which connects the components identified. Label each component. Present this layout as an energy flow diagram too. Layout with component (10), energy flow diagram (5) 15

len2375647

9/24/2019 4:13:27 AM

1 Select a location of the installation. Explain a suitable source of sustainable energy (wind, solar, tidal, hydro or biomass) with a suitable justification. Location (1), suitable source (1), explanation (3) 5 2 Decide whether the system is off-grid, grid connected or hybrid based on justifiable reasoning. Decide the size (generation capacity). The size can be determined to match an industry or a domestic energy requirement, or to match a financial constraint. Justification of type with the reason (2), size justification (3) 5

len2375647

9/24/2019 4:13:09 AM

I need your assistance on the attached project. To design a off-grid Solar system. This will be a 3 phase system I have started, but want you to go over what I have done and continue up to the end please South Africa; Kimberley district; Northern Cape I am selecting an off grid Solar system. South Africa, Kimberley district receives solar irradiation levels of around 6 kilowatt hours per square meter daily. Ideally, solar panels installed in Kimberley should face a Northerly direction. 100 kVA system domestic – farm use – 3 phase 380 – 420 VAC – 50 Hertz I am selecting an off grid Solar system. Ground mounting Single Axis Trackers Average Solar Irradiance Peak hours of sunlight Location is based in a rural area so need to generate own electricity. I can use diesel generation, but fuel might become scares over time and more expensive.

Write a Review

Mechanical Engineering Questions & Answers

  Calculate the average power density in the area

The voltage in an EBW operation is 45 kV. The beam current is 60 milliamp. The electron beam is focused on a circular area that is 0.25 mm in diameter. The heat transfer factor is 0.87. Calculate the average power density in the area in watt/ mm2 ..

  A 12-mm-diameter specimen is subjected to tensile loading

a 12-mm-diameter specimen is subjected to tensile loading. the increase in length resulting from a load of 9 kn is

  Determine the power input in kw and the

air enters an insulated compressor operating at steady state at 1.05 bar 23 degrees c with a mass flow rate of 1.8 kgs

  The angle with the vertical of a swinging simple pendulum

the angle with the vertical of a swinging simple pendulum obeys the equationtt 0.150 rad cos2.85 radst 1.66.what is

  Describe the concept of production leveling

What model did Ohno study (in the United States) for replenishing materials and how was this incorporated in the Toyota Production System? Explain how the Kanban system works and provide an example.

  Calculate the moments of inertia

Determine the coordinates x' and y' of the centroid C of the area shown in the figure and calculate the moments of inertia of the area shown, about ox and oy axes.

  Find the rayleigh number for the following fluids

determine the Rayleigh number for the following fluids: air (1 atm, 400 K), helium (1 atm, 400 K), glycerin (285 K), and water (310 K).

  Determine number of pulses required to move the table

A stepping motor with 100 step angles is coupled to a leadscrew through a gear reduction of 9:1 (9 rotations of the motor for each rotation of the leadscrew). The leadscrew has 5 threads/in.

  Solar water heater operating at steady state heats water

A solar water heater operating at steady state heats water from 90F to 120F. The panel is 3600 Btu/hr. Determine 1) the mass flow rate of the water in lb/min and 2) the volume of 120F water after 1 hour in gallons.

  Associated quantities to be expected on the prototype

The flow around a model of a turbine blade is investigated. The model is five times larger than the prototype. A maximum pressure of 4 psi is measured at the leading edge, a maximum velocity of fps is measured near the top of the blade, and a small d..

  Determine the time at which the velocity is equal to zero

the equation below defines the acceleration of a particle where a is in ms2 and t is in seconds. determine the position

  Compute the time required to reduce the depth in the tank

Compute the time required to reduce the depth in the tank shown in Fig. 6.14 by 12.5 in if the original depth is 38 in. The tank diameter is 6.25 ft and the orifice diameter is 0.625 in.

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

Submit Assignment

Academics

Major Subjects

Majors

Get In Touch

whatsapp: +1-415-670-9521

Phone: +1-415-670-9521

Email: [email protected]

TERMS & POLICIES

HELP & SUPPORT

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd