Beyer Helga, Hwang Hye-su Kang Yeorm, Poebl Isabella Boiling Thermos Product and Service Innovation – Final Presentation.

Slides:



Advertisements
Similar presentations
Unit 6 Fuel Cells
Advertisements

SILVER TRAINING STOVES AND FUELS DUKE OF EDINBURGH HILLARY AWARD.
A First Look at Thermodynamics…
1 Energy and Heat It Is All Around You…. 2 You have heard the word “ENERGY” before, but how is it defined by a scientist? Energy is defined as “the ability.
DESIGN THAT MATTERS Energy Efficient Stove Innovator – Mr. Prakash. Guide - Saleem Ahmed Students – Christy, Divya, Nived, Kishor, Puttaraj Energy Efficient.
AIR ENERGY An Untapped Renewable Energy Source by Sunil Sinha Founder/President Beyond Pollution Inc.
Sources of electrical energy. The driving force in electronic circuits In Chapter 6, the idea of electromotive force was explained. The electromotive.
ENERGY AUDIT INSTRUMENT
Electrical Circuits EQ: How can we illustrate the transformation of electrical energy to sound, light, heat, and mechanical motion? **To answer this question,
Solar thermal energy Eng. Elamir Ahmed. Definition of solar thermal energy  Solar thermal energy is a renewable energy source.  Solar thermal uses technology.
Battery Principles.
Matter, Energy and Measurement Bettelheim, Brown, Campbell and Farrell Chapter 1.
SNC1D: Electrical Circuits. Circuit Parts Name of PartDraw the SymbolExplain the Function Conducting WireAllows electrons to flow Ground connectionProvides.
Energy. What is energy? Not matter, because it has no mass and does not occupy space Ability to do work (work = moving an object a distance by a force)
Will Kauffman Sara Nienhaus Heather Gray
INNOVATION OF FRESH COOLER - AIR PRESENTED BY: MUHAMMAD IKRAM BIN ISHAKAA MUHAMMAD SAUFI BIN ISHAKAA AINA HAZUANI BINTI HAZMANAA
Group 5 - ‘THE PIONEERS’ Project Name – Jal Express.
150W Portable Direct Methanol Fuel Cell Power Supply/Battery Charger Lawrence J. Gestaut Cecelia Cropley Giner Electrochemical Systems, LLC Newton, MA.
Electric Circuits. Voltaic Cells A source of energy that generates an electric current by chemical reactions involving two different metals or metal compounds.
Energy Efficiency and Renewable Energy Chapter 16.
Thermodynamics Ch 10 Energy Sections Thermodynamics The 1st Law of Thermodynamics The Law of Conservation of Energy is also known as The 1st.
Thermodynamics. Energy in general is the ability to cause a change. In chemistry, energy can do work or produce heat. Energy is typically divided into.
Beyer Helga, Hwang Hye-su Kang Yeorm, Poebl Isabella Boiling Thermos Product and Service Innovation – Final Presentation.
E-Cat Space Heater A review of the advantages and possibilities offered by an E-Cat “space heater.”
Take-N-Make Thermos By: Henry Campos, Mikaila Moyer and Morgan Walker Mission Statement: To provide comfort, security, and peace of mind to consumers who.
Atoms, Elements, and Compounds Chapter Fourteen: Elements and the Periodic Table 14.1 The Periodic Table 14.2 Properties of the Elements.
Energy Energy is defined as having the ability to do work Energy allows objects to move and to change Walking, lifting, chemical reactions, etc. involve.
Generating Unit TEG (TEC ) - V max = 16.4V; Q max = 57W Heat sink Thermal grease (Arctic Silver) - Maximizes contact area Storage Unit NiMH Battery.
FurniCube™ Hyeok Chun YoungGyoo Hwang Hooly Sim Jordan Woods Group 4.
Lecture Objectives: Finish with example modeling problems –Phase change thermal storage materials –Energy and airflow Interpret energy simulation results.
Energy: Forms and Changes. REVIEW  What is an endothermic reaction?  What is an exothermic reaction?  Classify each as endo or exo: Vaporization Freezing.
Ch. 15: Energy and Chemical Change
Third World Electric Generator: Electricity from Excess Heat
Thermochemistry Energy Heat Thermochemical Equations Calculating Enthalpy Change Reaction Sponteneity.
CH 4 TYPES OF ENERGY STORAGE DR. M A Islam EEE, IIUC.
Topic 4 Transformations and Conservation of Energy.
Solar Power This presentation contains great information about solar power and covers the following topics: - What it is - How it works - What it can do.
Solar power. Thesis My Thesis is to get more people to use solar power and less electricity.
Hydrogen Fuel Cell By: Matthew Buza. Time for a Change Whats wrong with what we have now? What are the alternatives? The benefits with developing Hydrogen.
Electrochemical Cells in Actions Batteries and Fuel Cells Chapter 15.
Hydrogen Fuel And its place in our future. Some Chemistry 2 H 2 + O 2 2 H 2 O kJ.
1. INTRODUCTION 2. CONCENTRATED SOLAR POWER 3. PARABOLIC TROUGH 4. SOLAR PANELS 5. PHOTOVOLTAICS 6. PV SYSTEM 7. ADVANTAGES & DISADVANTAGES 8. STORAGE.
Thermodynamics Ch. 21 to 24. Heat Heat is the energy that flows because of temperature differences. Temperature is a measure of the internal energy of.
Energy & Heat notes. Energy Energy is the ability to do work Energy exists in many different forms Can you think of any? Kinetic Energy Potential Energy.
Solar energy By meessshh. Facts Renewable energy Has been being harnessed by humans since ancient times Can be used to heat water, heating cooling and.
VESL I Speaking C Norma Barreto Created by Carolina Pereira Jessica Gonzales Hany Menissy.
October How is Energy Related to Work?  Energy – the ability to do work.  When work is done to an object, energy is transferred to that object.
How Do Batteries Work?  Eddy Giang  Scott Segawa  Eddy Giang  Scott Segawa.
The Cooling System (Reasons for)
Energy and Heat Transfer Mechanisms. Energy Energy – the ability to do work or transfer heat. – Energy used to cause an object that has mass to move is.
Energy Ability to “do work” or produce a change. Forms: potential energy and kinetic energy Types: mechanical, electrical, nuclear, solar, chemical, etc.
RESEARCH FORECAST BEAM DEMAND SIZE RESEARCH MARKET SIZE AND RESEARCH AND RESEARCH & FORECAST MARKET DEMAND SIZE RESEARCH MARKET SIZE AND RESEARCH AND RESEARCH.
Calories from food Chapter 12. Calories Measurement of the energy content in a substance = heat Calorie = E require to raise the temperature of 1 gram.
Teknik Elektrokimia 15/16 Semester genap Instructor: Rama Oktavian Office Hr.: T , Th ; 13-15, F ;
Thermochemistry Thermo = heat Chemistry = study of matter.
Unit 4 Thermodynamics. HEATING AND COOLING CURVES.
ARMY NATIONAL GUARD Recruiter info here STEM CAREERS.
Thermos Thermos Thermos
12.3 Portable Sources of Electrical Energy: Electric Cells
Boiling Thermos Beyer Helga, Hwang Hye-su Kang Yeorm, Poebl Isabella
Energy Transfer.
12.3 Portable Sources of Electrical Energy: Electric Cells
Power Point Notes: Electrical Circuits
ENERGY AND ELECTRICITY
Current Electricity Sections 12.1, 12.2, 12.3, 12.4.
SOLAR PANELS SAVING IN YOUR HOME!
Forms of Energy CRCT Prep.
Energy Conservation Home, School, and Transportation
Energy and Electronics
12.3 Portable Sources of Electrical Energy: Electric Cells
Presentation transcript:

Beyer Helga, Hwang Hye-su Kang Yeorm, Poebl Isabella Boiling Thermos Product and Service Innovation – Final Presentation

Problem Research & Definition Various Options Final Product and Specification Business Model Marketing Mix - 4P Potential Expansion Table of Contents

Problem Research Problem Definition OptionsSolution Business Plan FOCUS – Outdoor Activities Thermos bottle How to keep warm?

Problem Research Problem Definition Inconvenience in thermos Research on Thermos Problem Identification  Does not keep liquids long enough warm  Storage only one type of liquid  Often leaks (quality)  Weight and size  Hard to keep them clean OptionsSolution Business Plan

Problem Definition Problem Definition – with Mission and Objectives Does not keep liquids long enough hot & Storage only o ne type of liquid Problem Function: Providing hot water everywhere at any time & possibility of 2 different liquids Design: Light and convenient size Goal Primary: Outdoor adventurer Secondary: Any other person Target M arket OptionsSolution Business Plan

Option Analysis Two Criteria in Option Analysis Problem Definition OptionsSolution Business Plan 1. Types of Energy Source 2. Types of Division What kind of energy source are we going to use? Can be evaluated by - Weight, Price, size, and Chargeability When assuming same power ! For flexibility of containing 2 liquids Vertical division? Horizontal Division? Heating Both? Or one side?

Option Analysis – 1. Energy Problem Definition Possible Options of Energy Source – for 1 st problem Direct Methanol Fuel cell (DMFC) Solar cellHand warmerDouble A’s Battery Principal Chemical reaction by using liquid fuel Physical process by converting light into electricity Exothermic crystallization Chemical reaction by mercury, lithium Weight 40g + α1g50g23g Size 5x3x1cm2 micron13*9cm5cm Energy 40W/h2.5Wh51c - 24h3.75Wh Rechargeable? OOOX Evaluation AvailableCost MattersPower MattersX OptionsSolution Business Plan

Option Analysis – 1. Energy Principle and application of DMFC Problem Definition OptionsSolution Business Plan

Option Analysis – 1. Energy Application of DMFC Problem Definition OptionsSolution Objective : Heating 500ml water from 15ºc to 85ºc in 15min Calculation Feasible Solution 1.Needed calories 500ml * (85ºc-15ºc) = 35000cal = 35kcal 2.Needed power 35kcal = 0.24 * p * 60*60 p = 0.040kw = 40w 3. Assume that it needs approximately 40w for 1h 5x3x1cm Battery 40wh Needs 40ml of methanol 4 40wh of Power * 4 ¼ h = 15 min 160ml of Methanol Business Plan Series Connection

Option Analysis – 2. Division Problem Definition OptionsSolution Possible Options of Division - for 2 nd problem Type 1. Horizontal Division Type 2. Vertical division Can prevent leaking better Hard to use - Boiling - Drinking Easy to use - Boiling - Drinking Easy to clean up Business Plan

Suggested Solution Flexibility Ability to heat up water Possibility to store several drinks Prototype Problem Definition OptionsSolution Business Plan

Suggested Solution Portable Fuel cell It can be attached in the bottom of the thermos It can be detachable to save weight Problem Definition OptionsSolution Business Plan

Suggested Solution Can be refilled with methanol  Recharged everywhere Fuel Cell Problem Definition OptionsSolution Business Plan

Suggested Solution Two containers, each 0.5 l vacuum + Opportunity to heat o nly one container + Can bring different drinks Ability to store several drinks Handles in order to easily pull the container up Problem Definition OptionsSolution Business Plan + Safety device and material for DMFC battery

Business Model Problem Definition OptionsSolution Business Plan Marketing Mix – 4P Price PlacePromotion Relatively high comparing normal thermos Cost reduction by developing technology is needed Divided into 2 types of product Exclusive sporting goods -Big size : 800ml, 1L, 1.2L -Sportive color : Black, Silver Low-priced public goods -Small size : 250ml, 300ml -Various color : Blue, Pink, Green Online/Offline Sports retail shops / Department Store / Complex online shop (Amazon, Action, ….) Sponsorship to famous TV program Principal of Jungle. One day two nights, Documentary containing Himalaya Climbing Product According to research – 70% of thermos users are likely to buy it !

Business Model Problem Definition OptionsSolution Business Plan Potential Expansion Substitution for normal thermos Possibility of becoming a necessity for outdoor activity Continuous promotion is needed Possible application of DMFC Battery Light, suitable for portable equipment which need energy density than longevity Perfect energy source for various kinds of sports equipment Can be applied for portable pots, portable electric fan (cooler for summer), portable heater, ……. Also, solar energy also can be applied for outdoor activity equipment which don’t need much of energy, but need light weight and efficiency

Business Model Problem Definition OptionsSolution Business Plan Summary of changes made after presentation Pg. 14 – added some idea considering “safety matter” a student raised during Q&A Pg. 16 – removed a “possible expansion – military equipment” part considering a student’s pointing out and more research about Korean Army’s life Pg. 16 – added “further application of DMFC battery ; sports equipment” part, considering professor Bae’s comments, “expend your solution to a large segment, not just narrowing down a solution specifically to your subject “ pg, 16 – added a comment about possible application of solar energy to outdoor activity equipment, considering professor Bae’s comment

Thank you for your attention!