What are the benefits of CHP(combined heat & power) application? i need to do a presentation. can you explain more about this
Q: Law on Conservation of Mass states that: During any time interval, for any control volume, the mass…
A:
Q: Consider one-dimensional isentropic flow of air through a converging duct. The air, with temperature…
A:
Q: Heat Engine you are an engineering consultant who has been tasked with providing power to a remote…
A: The objective is to design a four device heat engine with water as a working fluid to produce…
Q: Find (a) the neutral x axis as a distance from the bottom and determine (b) the moment of inertia.…
A:
Q: Problem 3. For the truss shown below, let the forces be fi=f2=f4=f6= 0, f3= 1, and fs = -1. The…
A: Given: To find: y1, y2, y3
Q: Select the best top view (3rd angle projection) of the following drawing: O a Ob Od OC O None of the…
A:
Q: Describe in detail about Linear Elastic Material. Please provide long details and explanation. Don't…
A:
Q: Freshly harvested berries measuring 2 cm in diameter are chilled from 18°C to 7°C in a chiller at…
A:
Q: 3. Robert is pulling his red wagon forward with a force of 230N by holding the handle at a 60 degree…
A:
Q: 1.6 ft C 45⁰ B goo gege
A:
Q: A 175-kg utility pole is used to support at C the end of an electric wire. The tension in the wire…
A:
Q: Question 1 a) Two large horizontal plane surfaces are 'A' mm apart. This space is filled with…
A:
Q: Hydrostatics relates to the forces exerted upon other objects by liquids in motion or upon liquids…
A:
Q: 8 кN 40° 70% 9/N TI
A:
Q: The 590-kg uniform beam is subjected to the three external loads shown. Compute the reactions at the…
A:
Q: Required information NOTE: This is a multi-part question. Once an answer is submitted, you will be…
A:
Q: 1. A system is needed to be designed as damped spring mass system. Calculate the amplitude of…
A:
Q: Consider the mechanism shown. Members PQ and QR are joined by a hinge at Q. End P of member PQ is…
A:
Q: Identical cylinders of weight and radiusare pushed by a series of moving arms. The coefficient of…
A: Force required Matlab code
Q: PROBLEM NO. 2 Determine the force in each member of the truss and state if the members are in…
A:
Q: Steam flows into a turbine at the rate of 10 kg/s and 10 kW of heat are lost from the turbine.…
A:
Q: Determine the degrees of freedom under the following conditions: (a) TI-20 wt% Pb at 325°C and…
A: Solution: Given Data: (a) TI-20 wt% Pb at 325°C and again at 400°C? (b) TI-40 wt% Pb at 325°C and…
Q: 4. Consider a river flowing toward a lake at an average speed of 3 m/s at a rate of 500 m3/s at a…
A: Given:Average speed of water, v=3 m/sVolume floe rate of water, Q=500 m3/shead available, h=55 m
Q: Suppose we have a calibration model given by y = x³ + 2x² + 2x + 1. Estimate the sensitivity index…
A: Given data: Calibration model is given as : y = x3 + 2x2 + 2x + 1 We have to estimate the…
Q: We have learned the mid-point and trapezoidal rule for numercial intergration in the tutorials. Now…
A: Given: To find: Code in python
Q: Consider the "Z" section in (Figure 1) with h = 8.5 in. Figure ▼ Part A 1 in. 1 in. 4 in. 4 in.1 in.…
A:
Q: b) In a converging-diverging duct the flow conditions are such that a normal shock is formed at the…
A: Note: 5.198 is given in question by mistake. It must be 0.5198 for upstream mach.
Q: Can someone help please. Thanks. Devise a gear train for a machine system with the following data.…
A: Given: Speed of the pinion→Sp=2500 rpm Pressure angle→ϕ=20° Diametral pitch: →pd=28→NpDp=28…
Q: Specify is the following conditions are comfort or not: 1- DBT 22 C° and WBT = 16 Cº 2- DBT=24 C°…
A:
Q: An 80-kg contruction worker is standing on a 6.0-m-long, 15-kg plank that is parallel to level…
A: Total length= 6 m Mass of the construction worker= 80 kg Weight of the construction worker,WCW=…
Q: Small steel balls fall from rest through the opening at A at the steady rate of 2 per second. Find…
A:
Q: Factors that affect the rheological behavior of a polymeric material are (check all that apply)..?…
A: Solution: Given Data: Multiple choice question. To Find: Factors that affect the rheological…
Q: 5. Draw complete shear and bending moment diagrams. Show ordinates at key points and indicate…
A:
Q: Determine the reactions at the fixed support A. y A 30 lb 40 lb LAS 45° |--3---3-- ft- ft- -6 ft-…
A:
Q: olve the following questions: The bending moment M at a section of the loaded beam 200 mm to the…
A: Given:Length of the beam, L=600mm =0.6mUDl on th ebeam, w=6 kN/m
Q: We have a line of two equal masses m connected by three springs with spring constants c₁ = 1, c₂= 1,…
A: Given: To find: Stiffness matrix Displacements Limiting values of displacements
Q: 3.00 m 30.0% 4.00 m 3.00 m
A:
Q: Determine the number of unknowns that need to be determined in the system. The weight of the beam is…
A: To find: The number of unknowns. FBD: The free-body diagram is shown below.
Q: L-m 0c B 0A P If the cart's mass is 37-kg and it is subjected to a horizontal force of P 92-N.…
A:
Q: The system shown in the figure is composed of bar AB which is pin-supported at A and attached to bar…
A:
Q: CARS A AND B ARE TRAVELLING IN THE SAME DIRECTION AT THE SAME SPEED OF 70kph CAR A IS 150m AHEAD OF…
A: Given data:- Speed of car A and car B=70 kph=19.44 m/s Initial distance between the car =150 m…
Q: 422. There are 1.36 kg of air at 137.9 kPaa stirred with internal paddles in an insulated rigid…
A:
Q: 2.Explain the ‘direct and reverse crank’ method for determining unbalanced forces in radial engines.
A:
Q: A 5-m hollow steel shaft (G= 80 GPa) is subjected to a 25 kN-m torque. The outer diameter is 200 mm.…
A: Given data:- Length of shaft =5-m G=80 GPa Torque (T)=25 kN-m The outer diameter (D) = 200 mm. The…
Q: Property 30 20 10 0 Tensile strength (ksi) 20 Yield strength (ksi) Elongation (%) 40 60 Percent cold…
A: Given data:- A 3105 aluminum plate Initial length= 4.38 cm final length= 2.88 cm. To find:-the final…
Q: a) Air at 30°C (density=1.165 kg/m³, kinematic viscosity = 16x10-5 m²/s) flows over a flat plate at…
A: According to question:- density of airρ=1.165kg/m3kinematic viscosity of airν=16×10-5m2/sfree stream…
Q: A car weighing 5500 lbm stops at 55 mph. ) a) Energy (in Btu) is dissipated as heat by friction…
A: Given:Mass of the car, m=5500 lbmVelocity of the car, V=55 mph
Q: A vertical, frictionless piston-and-cylinder arrangement contains 1 kg of steam at 25 bar, 260°C.…
A: Given:steam mass, m=1 kgpressure, P=25 barTemperature of steam, T=260o Cg=9.145 m/s2
What are the benefits of CHP(combined heat & power) application?
i need to do a presentation. can you explain more about this
Step by step
Solved in 2 steps with 2 images
- Scenario: You are offered an apprenticeship at GE power company which has more than 125 years of integrating the latest innovations in electricity generation and its delivery including hybrid power technology. Nearly 1/3 of the electricity generated in the world uses GE equipment. GE's hybrid energy system portfolio can be customized and scaled for specific customer or system needs. Depending on the specific needs of a customer, GE can offer the following solutions for a full hybrid power generation system: • Hybrid power plant and grid feasibility studies - Determine the specific benefits a hybrid solution can provide • Hybrid power plant and equipment design – Customize the plant and equipment design to take full advantage of the hybrid components • Wind, hydro and solar forecasting via digital wind, digital hydro and digital solar farms - Evaluate the suitability of different forms of generation at a specific site • Hardware and software solutions - Combine the physical and digital…i. Identify typical disadvantages lassociated with Solar PV ii. Identify typical disadvantages associated with Wind Power |1. Knowledge and understanding of Disadvantages of Renewable Technologies ii. Identify typical disadvantages associated with Hydro Power iv. Identify typical disadvantages associated with Biomass (and some other forms of renewable power)Project 2 A gas turbine cycle is preferred over steam power plant in power station that is used to generate electricity. Your manger asked you to investigate and study the possibility of upgrading the power plant discussed in Project-1 to a gas turbine cycle or a combination of both cycles (Combined cycle). The head of the department asked you to deliver a report showing a professional evaluation and assessment for gas turbine cycle efficiency given the following information. First you selected a gas-turbine power plant operating on an ideal Brayton cycle and according to the manufacturing datasheets it has the following specifications: • A pressure ratio of 10. • Heat is added to the cycle at a rate of 500 kW Air passes through the engine at a rate of 1 kg/s The air at the beginning of the compression is at 70 kPa and 0 C. Task 2 Under the assumption of standard air, determine the following: 1. The net power produced in the cycle 2. Back-work ratio 3. Thermal efficiency using the…
- Project 2 A gas turbine cycle is preferred over steam power plant in power station that is used to generate electricity. Your manger asked you to investigate and study the possibility of upgrading the power plant discussed in Project-1 to a gas turbine cycle or a combination of both cycles (Combined cycle). The head of the department asked you to deliver a report showing a professional evaluation and assessment for gas turbine cycle efficiency given the following information. First you selected a gas-turbine power plant operating on an ideal Brayton cycle and according to the manufacturing datasheets it has the following specifications: • A pressure ratio of 10. • Heat is added to the cycle at a rate of 500 kW • Air passes through the engine at a rate of 1 kg/s The air at the beginning of the compression is at 70 kPa and 0 c. 1. Compare and evaluate the actual and ideal thermal efficiencies and back work ratio 2. Construct efficiency vs. pressure ratio plot, showing the region of…Project 2 A gas turbine cycle is preferred over steam power plant in power station that is used to generate electricity. Your manger asked you to investigate and study the possibility of upgrading the power plant discussed in Project-1 to a gas turbine cycle or a combination of both cycles (Combined cycle). The head of the department asked you to deliver a report showing a professional evaluation and assessment for gas turbine cycle efficiency given the following information. First you selected a gas-turbine power plant operating on an ideal Brayton cycle and according to the manufacturing datasheets it has the following specifications: • A pressure ratio of 10. • Heat is added to the cycle at a rate of 500 kW Air passes through the engine at a rate of 1 kg/s The air at the beginning of the compression is at 70 kPa and 0 C. Task 1 Investigate the principles of operation for a gas turbine power plant by considering the following: Construct T-S and P-V diagrams while discussing the…Subject - Evaluate the factors that inform the selection of a renewable energy system in relation to a specific installation Question - Describe advances in renewable energy technology and how they meet the needs of a specific installation
- A) With a neat sketch discuss the working of a Grid-connected system for power generation and explain the functions of important components of this system?Fourth task:During a visit to a factory, I came across a compressor and a compressed air networkUsed to operate a number of compressed air systems. The following notes were collected:• The compressor is relatively old.• The compressor room was very hot.• The compressor room was relatively close to the compressed air systems• The pressure at the outlet of the compressor was 8 bar.• The pressure in the pneumatic systems reached 7.5 bar.• Compressor on/off cycles every 40-55 seconds.Prepare a short, high-level recommendation note about actions that can be taken immediately, and measurements you might plan to assess potential energy savings opportunities.A cogeneration system consists of an engine and a boiler, both working with naturalgas. Heat is recovered from the exhaust gases, from the lubrication oil and from theengine cooling water; nonetheless there is the need of further heat from a boiler. Thesystem provides 80 kW of electrical power of 200 kW heat.Calculate :a) Draw a diagram of the facility, indicating the energy flow in each component. b) The ratio heat / work from the engine. c) The Energy Utilization Factor of the power supply system d) The volumetric flow rate of gas (m3/hr) required to power the engine and the boiler. e) What are the annual savings in euros, from this cogeneration system? Data: Calorific value of natural gas 38MJ/m3 Mechanical efficiency of the engine: 35 % Alternator efficiency: 95 % Efficiency of the boiler: 85 % Thermal energy recovered from the engine: 62 % of total energy rejected by the engine. Total annual electricity produced by the system: 500 MWhe Unit cost of gas = 0.01 € / kWh Unit cost of…
- Engineering Related problems: We assess the efficiency of two methods of chemical energy storage.I. First, we store the energy as natural gas (methane, CH4) and utilize it via combustion. We assume thefollowing efficiencies: electrolysis 70%, water-gas shift reaction 75%, natural gas storage andcirculation 80%, Fischer–Tropsch reaction 80%, combustion 75%. Based on these efficiencies, calculatethe efficiency of the total process.II. Secondly, we want to store the energy as hydrogen and utilize it via a fuel cell. We assume thefollowing efficiencies: electrolysis 70%, hydrogen storage and circulation 70%, fuel cell 50%. Calculatethe efficiency of the total process.III. Which of the two methods would you choose to use the hydrogen produced during electrolysis?e) Draw diagram of ‘regeneration cycle’ and state the advantages and disadvantages of regeneration.Estimate the greenhouse gas emissions from power production for the following threescenarios. Focus on the greenhouse gas emissions associated with theoperational energy, not the greenhouse gas emissions associated with the manufacture of theproduct or end of life processes.The hourly load demand for a home is given.1) All power during an hour of up to 5 kW is drawn from a baseload coal powerplant. Any power in excess of that amount is drawn from a peaker plant running as anatural gas combined cycle power plant.2) Localized solar energy production is provided in the table on the next page.Energy demand by the house is first met by this solar generation. If the total hourlyenergy demand is below 5 kW, then any extra energy required beyond that provided bythe solar panels is drawn from a coal power plant. If the total hourly demand is above 5kW, then any extra hour demand beyond 5 kW is met by a natural gas combined cyclepower plant. No credit is given if the solar energy production…