P 1 Existing facilities, scaled to 10kW ~2000m3/h Heat exchanger

Slides:

Advertisements

Similar presentations

8 TH GRADE SCIENCE LEAP Assessment PowerPoint Practice.

Advertisements

Heat Transfer. 1. The emission of energy in waves. 2. Heat transfer through contact. 3. Heat transfer through circulation due to differences in density.

By Ryan C., Jack W. and Hannah S.. Conduction is heat getting transferred.

»Heat Transfer describes the exchange of thermal energy…

Roasting Marshmallow Heat Transfer Merritt, Stevie, Shade.

Energy in Earth’s Atmosphere

Energy from the Sun Workshop Introduction to Solar Energy.

© Food – a fact of life 2009 Heat exchange Foundation DRAFT ONLY.

Graphic Communication

HEATING SYSTEMS. Conventional heating systems The energy released by the burning fuel is transferred to the surrounding air by conduction, convection,

Proficiency Measure Review #6 Work, Energy, Heat and Temperature.

VENTILATION PRINCIPLE FOR THE DRIVE BEAM TUNNEL M Nonis – EN/CV – 28/7/2009 Already presented by C. Martel/ J Inigo Golfin on15 th October 2008 CLIC WORKSHOP.

Radiation, Conduction or Convection Radiation The transfer of energy as electromagnetic waves.

Heat A Form of Energy Molecules and Motion The _____of molecules produces _____ The _____motion, the _____heat is generated.

ENERGY IS____________________________________________. WORK CANNOT OCCUR________________________________! THERMAL ENERGY ) THERMAL.

Global Warming By The Man In Charge Anthony Grasso.

 Heat can be transferred from one molecule to another. As one molecule is heated it begins to move and shake rapidly. As it does, it passes some of its.

Temperature and Heat   Temperature and Thermometers   Is it hot or cold?   Mercury vs. alcohol Expansion or contraction of a material   Electrical.

Heat Transfer in the Atmosphere Essential Question: How is heat transferred in the atmosphere?

© Oxford University Press 2011 IP1.9.5 Solar panels and payback time: Overview Solar panels and payback time: Overview.

Heat A Form of Energy Molecules and Motion The motion of molecules produces heat The more motion, the more heat is generated.

What processes heat the atmosphere?

Warm up 1. Are fossil fuels renewable or nonrenewable? Why? 2. Where do fossil fuels get their energy from? 3. What are some examples of fossil fuels?

Conduction The transfer of energy as heat between particles collide within a substance or between two objects in contact Two objects of unequal temperature.

Fig. 3-3, p. 80 Diagram of a power plant. Infrared image of a house:

Heat and Energy Study Guide CH 3-2 for Quiz. What happens when objects with different temperatures come into contact with each other?  Energy will always.

The Cycling of Energy Chapter 3-3 Study Guide. What is heat flow?  The transfer of energy from a warmer object to a cooler object.

VENTILATION PRINCIPLE FOR THE DRIVE BEAM TUNNEL CERN TS/CV Wednesday 9 th July 2008 CLIC.

Water as coolant Cooling system of a car engine

Heat Exchange. HOW IS THERMAL ENERGY TRANSFERRED? 3 MECHANISMS: CONDUCTION CONDUCTION CONVECTION CONVECTION RADIATION RADIATION.

3.3 Radiation Can heat be transferred from the Sun to us through conduction and convection? What is radiation? No! Conduction and convection cannot transfer.

1.3 notes  There are 3 types of heat transfer: radiation, conduction, and convection.  The transfer of energy through space is radiation. Sunlight.

Heat Transfer Review. What type of heat transfer does this picture describe? Radiation.

DO NOW: Heat Transfer. What type of heat transfer is shown?

HEAT Openers Mrs. V Science Choose the letter that best represents each picture: A: Conduction B: Convection C: Radiation

Thermal Energy & Heat.

Convection Currents Heat is always transferred from warmer substance to a cooler substance. Write down some examples of this concept:

Thermal Energy 11/1/2011. What is thermal energy? Thermal energy is also known as heat and is the kinetic energy of all the molecules in a material. If.

Thermal Energy. Thermal Energy is a measure of kinetic energy of an object It is the energy of ALL the moving particles in an object.

* Materials that allow heat, electricity, or sound waves to pass through them.

The Greenhouse Effect. A greenhouse is a building used to grow plants when the outside temperature is too low. The roof of the greenhouse prevents convection.

Date : 2015/04/14 THERMAL ANALYSIS OF ALUMINUM-ACETONE FLAT PLATE HEAT PIPE APPLICATION IN HEAT DISSIPATION OF HIGH POWER LEDS Wu-Man Liu David T.W.

Thermal Energy & Heat.

The 3 Types of Heat Transfer

Thermal Energy & Heat.

Temperature, Heat and Thermal Expansion

Thermal Energy Heat.

Heating and Cooling, the art of Thermal Energy

Vocabulary Week 4.

Natural Sciences Grade 7

Heat and Temperature Even cold things, like an ice cube

Quiz Bowl Practice Round Energy Conservation and Transfer

Forms of Energy Foldable

Heat Transfer and Molecular Motion

كار همراه با آسودگي و امنيت

Energy in Earth’s Atmosphere

Convection Currents – Talk #1

Heat Transfer and Molecular Motion

Natural Sciences Grade 7

Energy stores Energy transfers

Heat Transfer and Molecular Motion

PS Unit 4 Standards PS Unit 4 Standards PS Unit 4 Standards

Today in your notebooks

FOLDABLES, FLASH CARDS, OR PAPER PENCIL LIST

Exercises. Introduction to Fins

Write down some examples of this concept:

Radiation Safety Considerations

5th Grade Vocabulary Part Five

Presentation transcript:

P 1 Existing facilities, scaled to 10kW ~2000m3/h Heat exchanger Roof Inside 4 kW electric !! P Heatpump 10 kW Heat exchanger 0 °C 35 °C 15 °C 1400m3/h Processor(s) 10 kW 65 °C

2 Adapted facilities, heatpump removed, scaled to 10kW Infrared radiation 40%, 4kW Headed to the North convection 60%, 6kW ~1 m2 / kW 10 kW @ 65 °C Roof Inside heatpipe Processor(s) 10 kW @ 65 °C

3 Adapted facilities, heatpump removed, scaled to 10kW Almost 100% reusable energy Infrared radiation 40%, 4kW Headed to the NorthNoord convection 60%, 6kW ~1 m2 / kW Almost 100% reusable energy Heat emergency exit 10kW @ 65 °C 10kW @ 65 °C Roof Inside heatpipe Processor(s) 10 kW @ 65 °C