STEM THROUGH THE MEDIUM OF RENEWABLE ENERGY INCLUDING ONLINE CURRICULUM COMPATIBLE WITH: NGSS ENERGY LITERACY FRAMEWORK COMMON CORE CLASSROOM PACKS

Transcription

1 MATHEMATICS CLASSROOM PACKS SCIENCE TECHNOLOGY ENGINEERING MATHEMATICS STEM THROUGH THE MEDIUM OF RENEWABLE ENERGY INCLUDING ONLINE CURRICULUM COMPATIBLE WITH: NGSS ENERGY LITERACY FRAMEWORK COMMON CORE CATALOG 2016

2 Electrochemistry Electrolysis Ethanol Reactions Hydrogen Generation Organic Chemistry ph Reaction Rates Horizon Energy Box Renewable Energy Education Set Electric Mobility Experiment Set Ethanol Fuel Cell Hydro-Wind Education Kit Thermal Power Super Capacitor Salt Water Fuel Cell Vertical Axis Wind Turbine Wind Energy Education Kit Solar Hydrogen Education Kit Reaction Yield TECHNOLOGY Ethanol Fuel Cells Solar Panels Salt Water Batteries Supercapacitors Thermoelectrics Wind Turbines Teacher's Guides PBL Units E-Book Teacher Forum Semiconductors 2 Current/Voltage Efficiency Electric Charge Electric Circuits Generators Light Ohm's Law Parallel Circuits Power (Electric) Rotational Mechanics Series Circuits Renewable Energy Human Impacts Horizon Energy Box Renewable Energy Education Set Electric Mobility Experiment Set EARTH SCIENCE CONCEPTS Climate Change Ethanol Fuel Cell Hydro-Wind Education Kit Thermal Power Super Capacitor Salt Water Fuel Cell Angular velocity Classical Mechanics Thermal Energy CHECK IT NOW! PHYSICS CONCEPTS Capacitors Stoichiometry Heat Solution Concentrations Redox Reactions Reactions Energy MATERIALS PROVIDED Hands-on Lab Activities Vertical Axis Wind Turbine Biofuels The lab equipment is just the beginning. We ve built the Horizon Energy Curriculum to provide teachers with multiple resources for engaging their students. Hydrogen Fuel Cells Wind Energy Education Kit CHEMISTRY CONCEPTS Energy WHAT IS INCLUDED Solar Hydrogen Education Kit Fuel Cell Car WHAT IS INCLUDED IN THE HORIZON ENERGY CURRICULUM? Fuel Cell Car HORIZON CLASSROOM CURRICULUM PACKAGES CONCEPTS COVERED

3 IDEAL FOR: HS CHEMISTRY NUMBER OF EXPERIMENTS HS CHEMISTRY HS PHYSICS 3 NUMBER OF EXPERIMENTS 3 NUMBER OF EXPERIMENTS PRODUCT CODE: FCJJ-11 PC: FCJJ-16 FUEL CELL CAR SCIENCE KIT SOLAR HYDROGEN EDUCATION KIT HS PHYSICS 4 NUMBER OF EXPERIMENTS 6 99 Investigate reaction yields, reduction and oxidation, and other chemistry concepts by performing electrolysis reactions. 99 Explore series and parallel circuits and other physics concepts with renewable energy power from a fuel cell and solar panel. 99 Learn about conservation of energy, electric power, and other physics concepts by modifying your fuel cell car. 99 Use the power of the Sun to split water and generate hydrogen gas while learning about chemistry concepts. *Dimensions (LxWxH): 30x21x9.7cm. Weight (kg/lbs) 1.75/3.87 *Dimensions (LxWxH): 63x44x35cm. Weight (kg/lbs) 0.56/1.23 PRODUCT CODE: FCJJ-24 ADD-ON HORIZON ENERGY MONITOR 99 Gather data from different energy sources 99 Analyze results of multiple experiments 99 Record real-time information 99 Learn about Ohm s Law and electric circuits 99 Measure amps, volts, watts, ohms, and more *Dimensions (LxWxH): 14.7x21x10cm. Weight (kg/lbs) 0.43/0.95. Note: computer is not included. 3 STEM KITS IDEAL FOR:

4 CLASSROOM STEM KITS PACKAGES 3 PC: FCJJ-42 ETHANOL FUEL CELL SCIENCE EDUCATION KIT 99 Investigate chemistry concepts such as ph and oxidation while running an ethanol fuel cell. 99 Determine how to change the products of a combustion reaction involving ethanol. *Dimensions (LxWxH): 30x21x9.7cm. Weight (kg/lbs) 0.50/1.10 PC: FCJJ-56 4 PC: FCJJ-34 SALT WATER FUEL CELL SCIENCE KIT 6 THERMAL POWER SCIENCE KIT 99 Find out how solution concentration can affect reaction rates using electricity and a salt water electrochemical cell. 99 Discover the thermoelectric effect and the materials that cause it while performing experiments with a unique generator. 99 Experiment with electrochemistry processes and measure the output of your generator. 99 Create an electric current using nothing more than temperature differences while investigating physics concepts. *Dimensions (LxWxH): 20.9x15x10.3cm. Weight (kg/lbs) 0.36/0.79 *Dimensions (LxWxH): 29.7x20.6x9.7cm. Weight (kg/lbs) 0.64/ WIND TO HYDROGEN EDUCATION KIT 99 Explore stoichiometry, reaction rates, and other chemistry concepts by generating hydrogen from wind power. 99 Use angular velocity, drag force, and other physics concepts to design and build an efficient wind turbine. *Dimensions (LxWxH): 32x23.5x14cm. Weight (kg/lbs) 1.28/ PC: FCJJ-38 PC: FCJJ-35 3 SUPERCAPACITOR SCIENCE KIT 99 Discover the science behind capacitors and generators by using them to power simple electric circuits. 99 Understand electric charge, electric current, and other physics concepts while using a generator to charge a capacitor. *Dimensions (LxWxH): 30x21x9.7cm. Weight (kg/lbs) 0.59/1.30

5 STEM KITS PC: RESK-01 2 VERTICAL AXIS WIND TURBINE STEM KIT 99 3 different blade configurations 99 More than 25 hours of activities covering physics and earth/environmental science 99 Discover cutting-edge wind turbine technology *Dimensions (LxWxH): 20.9x15x10.3cm. Weight (kg/lbs) Product assembled: 600g PROJECT-BASED LEARNING (PBL) PBL UNIT PC: FCJJ ELECTRIC MOBILITY EXPERIMENT SET 99 Full PBL unit on sustainable transportation technologies includes an investigation of the causes of global climate change. A Project-Based Learning (PBL) Unit allows students to deeply explore a wide variety of content while creating a final product that connects them to real-world issues. They begin by investigating a real-world problem or question and then engage in a series of hands-on and research activities that introduce them to different aspects of the issue at hand. Their final product sums up everything they ve learned in a creative manner such as a video, portfolio, technical paper, or news article. 99 Hands-on activities center on designing and building a car that can accelerate quickly and run for a long time. 99 Complete student and teacher materials for up to 10 class periods of activities. *Dimensions (LxWxH): 43x33.5x23.5cm. Weight (kg/lbs) 2.05/4.52 5

6 CLASSROOM STEM KITS PACKAGES IDEAL FOR: PRODUCT CODE: FCJJ-37 RENEWABLE ENERGY EDUCATION SET 99 Full PBL unit on clean power generation includes an exploration of the environmental effects of atmospheric carbon dioxide. HS CHEMISTRY NUMBER OF EXPERIMENTS HS PHYSICS 10 NUMBER OF EXPERIMENTS PROBLEM BASED LEARNING 6 UNIT 99 Hands-on activities center on complementary attributes of different renewable energy sources. 99 Complete student and teacher materials for up to 10 class periods of activities. *Dimensions (LxWxH): 44x33x11cm. Weight (kg/lbs) 2.05/4.52 IDEAL FOR: HS CHEMISTRY NUMBER OF EXPERIMENTS HS PHYSICS 15 NUMBER OF EXPERIMENTS PROBLEM BASED LEARNING 21 UNIT PC: FCJJ-40 HORIZON ENERGY BOX 99 Full PBL units on sustainable transportation, clean power generation, and more include multiple ways to learn about climate change. 99 Hands-on activities including renewable energy sources, alternative fuels for transportation, and more. 99 Complete student and teacher materials for up to 20 class periods of activities. *Dimensions (LxWxH): 40x28x9cm. Weight (kg/lbs) 6.6/14.6 6

7 Name HYDROSTIK PRO HYDROSTIK PRO Model number LWH22-10L-5 Capacity 10 L hydrogen Hydrogen purity % Cartridge size ø22x88mm Weight Approx. 105g Storage material AB5 metal hydride Rated charging pressure 3.0MPa Working temperature 0-55 C (0-131 F) Service life 10 years PRODUCT CODE: FCH-20 Stack type PEM electrolysis cell HYDROFILL PRO Dimensions (WxDxH) 145x153x208 mm (5.7x 6x8.2 in) 99 Refill HYDROSTIK PRO with a tabletop electrolyzer Weight 1.8Kg ±5% (3.97Lbs ±5%) Rated power 23W 99 Generate 10 L of H2 in as little as 4 hrs Input voltage DC: 10V-19V 99 Create 99.99% pure H2 from distilled water Water input De-ionized or distilled water 99 Link to solar or wind for totally clean power Water temperature C ( F) 99 Recharge HYDROSTIK PRO for diverse lab uses Water consumption Approx. 20ml/hr (1.2in3 /hr) H2 output pressure MPaG ( PSI) H2 generation capacity Up to 3L/hr (0-183 in /hr) Purity % Compatible cartridge HYDROSTIK & HYDROSTIK PRO Refilling time for one Cartridge Around 4 hours Stack weight (with fan & casing) (at 25 C room temperature) Controller weight 90g(±10g) 99 Safe, solid metal hydride storage 99 Store 10 L of unpressurized H2 99 Power fuel cells, run experiments, and more 99 Refill using HYDROFILL PRO for more H2 power 99 Operates at room temperature *Dimensions (LxWxH): 9x4.8x4.7cm. Weight (kg/lbs) 0.1/0.22 *Dimensions (LxWxH): 20.9x15x10.3cm. Weight (kg/lbs) 0.36/0.79 Note: Hydrostik Pro is not included. 7 TECHNICAL EDUCATION PC: LWH22-10L

8 TECHNICAL CLASSROOMEDUCATION PACKAGES FUEL CELL STACKS (12, 20, 30W) PC: FCS-B30 30W PC: FCS-B12 12W PC: FCS-B20 20W *Dimensions (LxWxH): 7.5x4.7x7cm. Weight (kg/lbs) 0.27/0.60 *Dimensions (LxWxH): 7.5x4.7x7cm. Weight (kg/lbs) 0.27/0.60 FUEL CELL DEVELOPER KITS (12-30W) PC: FCDK-12 12W *Dimensions (LxWxH): 8x29x19cm. PC: FCDK-30 30W *Dimensions (LxWxH): 8x29x19cm. 99 Open-source fuel cell controlled by Arduino *Dimensions (LxWxH): 8x4.7x7.5cm. Weight (kg/lbs) 0.27/ W 20 W 30 W Type of fuel cell PEM PEM PEM Number of cells Rated power 12W 20W 30W Rated performance 7.8V@1.5A 7.8V@2.6A 8.4V@3.6A Purging valve voltage 6V 6V 6V Blower voltage 5V 5V 5V Reactants Hydrogen and Air Hydrogen and Air Hydrogen and Air Ambient temperature 5-30ºC (41-86ºF) 5-30ºC (41-86ºF) 5-30ºC (41-86ºF) Max stack temperature 55ºC(131ºF) 55ºC(131ºF) 55ºC(131ºF) Hydrogen pressure Bar Bar Bar Humidification Self-humidified Self-humidified Self-humidified Cooling Air (integrated cooling fan) Air (integrated cooling fan) Air (integrated cooling fan) Stack weight (with fan & casing) 275g(±30g) 275g(±30g) 280g(±30g) Controller weight 90g(±10g) 90g(±10g) 90g(±10g) Stack size 75x47x70mm 75x47x70mm 80x47x75mm 99 Monitor and modify the fuel cell output Flow rate at max output 0.18L/min 0.28L/min 0.42L/min 99 Customize electronic inputs and sensors Hydrogen purity % dry H % dry H % dry H2 99 Build temperature and voltage sensors Start up time 30s (ambient temp.) 30s (ambient temp.) 99 Create code to adjust every part of the cell 30s (ambient temp.) Efficiency of system 40% at full power 40% at full power 40% at full power 8

9 PRODUCT CODE: FCSU-33 TECHNICAL EDUCATION EDUSTAK JUNIOR AND PRO 99 Build and modify a versatile fuel cell 99 Experiment with single cells or stacks 99 Easily change the number of cells 99 See inside the fuel cell without damaging it 99 Provide power in series or in parallel *Dimensions (LxWxH): 44x33x23cm. Weight (kg/lbs) 2.5/5.51 *Dimensions (LxWxH): 44x33x23cm. Weight (kg/lbs) 2.5/5.51 Edustak JUNIOR Edustak PRO Type of fuel cell PEM PEM Number of cells Rated power 4W 20W Performance 6V at 0.7A 6V at 3.4A Reactants hydrogen and air hydrogen and air External temperature 5 to 35ºC 5 to 40ºC Max stack temperature 55ºC 60ºC H2 pressure bar bar Hydrogen purity % dry H % dry H2 PRODUCT CODE: FCJJ-21 Humidification self-humidified self-humidified H-CELL W Cooling air (integ. cooling fan) air (integ. cooling fan) Dimension 125X 60X 95mm 105X 90 X 130mm 99 30W PEM fuel cell for use with Hydrostik Pro Weight 510 g 1000 g 99 Create fuel cell/battery hybrid vehicles Flow rate at max output [1] 0.05 L/min 0.25 L/min 99 Power an RC car, boat, or train Start up time 30s at room temp. 30s at room temp. 99 Integrate with VEX, LEGO Mindstorm, etc. Efficiency of stack 40% at full power 40% at full power 99 Create your own clean energy solution Low voltage shut down 5V 5V Over current shut down 1A 10A Over temp. shut down 50ºC 60ºC *Dimensions (LxWxH): 40x28X9cm. Weight (kg/lbs) 1.54/3.40 9

10 TECHNICAL CLASSROOMEDUCATION PACKAGES PRODUCT CODE: FCAT-30 H2HYBRID FUEL CELL AUTOMOTIVE TRAINER 99 Explore the difference between expected performance and experimental results 99 Engineer new solutions for optimization of car s performance 99 Examine the three fields of energy management 99 Comprehend hybrid propulsion technology and work to minimize environmental impacts 99 Measure the breaking force under different conditions with the roller test bench 99 Learn about data acquisition and discover how to manipulate, analyze and interpret graphs COMPLETE RESOURCES FOR ADVANCED EXPERIMENTS 30W Fuel Cell Car hybrid power management module monitoring board with graphic display LabVIEW Dashboard SD Card 4 HYDROSTIK PRO (Metal Hydride Cartridge) Also includes 2 Pressure regulators NiMH battery Battery Charger 10 Roller Test Bench Remote Control

11 TECHNICAL EDUCATION LESSON PLANS 99 6 months of curriculum in physics, chemistry and engineering 99 Students and teachers material 99 Hands-on experiments and problem based learning CAR SYSTEMS 1.1. Steering and Propulsion 1.2. Using Electrical Energy to Power the Vehicle 1.3. Transmitting Mechanical Energy 1.4. Speed and Consumption of Energy 1.5. Measuring Changes in Electrical Energy THE ROLE OF HYDROGEN 2.1. Understanding the hydrogen fuel cell 2.2. Understanding modern batteries 2.3. Comparing sources of electricity ENERGY NEEDS 3.1. Using models to describe the car s motion 3.2. MATLAB: Simulating the car s motion LESSONS 3.2. OpenModelica: Simulating the car s motion 3.3. Making measurements on the track 3.4. Making measurements on the charging bench SYSTEM ADAPTABILITY 4.1. Providing power 4.2. H-Cell power 4.3. Influence of the arrangement of the components of the fuel cellr 4.4. Effects of the arrangement of the Hydrostiks 5.3. Energy consumption 5.4. Sustainable development CUSTOMIZING YOUR CAR 6.1. Changing how you drive 6.2. Changing the components of the energy system of the car 6.3. Reducing various forms of resistance to motion 6.4. Changing the mode of hydrogen production MANUFACTURER S DECISIONS 5.1. Making measurements on the track 5.2. Making measurements on the charging bench

12 TECHNICAL CLASSROOMEDUCATION PACKAGES PRODUCT CODE: HRET-01 RENEWABLE ENERGY TRAINER Made with professional-grade materials, the Renewable Energy Trainer allows for weeks and months of high-quality experiments in renewable energy for any laboratory. The included solar energy simulator, projector, and wind turbine provide multiple renewable energy technologies for students to explore. The interactive software, also included, enables complete control of every aspect of the simulators and allows the students to observe and alter many parameters they would otherwise be unable to investigate. 99 Optimal angle application for solar cells 99 Understanding the characteristics of solar cells 99 Investigating the effects of different types of shading 99 Determining the effects of a bypass diode 99 Explaining the effects of a blocking diode 99 Verifying various connection applications in solar cells 99 Application of a wind turbine 99 Varying turbine load 99 Inspecting breaking effects 99 Hydrogen storage and fuel cell engineering Full coursework in renewable energy engineering The course software contains instructions and resources for hours of experiments using the photovoltaic systems and the various available modules. This multimedia course provides a step-by-step guide through the concepts and skills necessary to understand modern photovoltaic energy systems. Loaded with virtual tools and preset simulated scenarios, the software constitutes a rigorous environment for experimentation. 99 Complete experimental procedures and supplemental materials 99 Diagrams to illustrate scientific concepts 99 Virtual simulation of light intensity and wind speed 12

13 LESSON PLANS INTRODUCING THE TRAINING SET General Introduction Photovoltaic Panel Light Source Module Wind Turbine Module Monophase Switching Module Energy Distribution Module. Battery Module Analog Measurement Module AC/DC Measurement Module Potentiometer Module Lamp Module (12V DC) Lamp Module (220V AC) Ac Energy Analyser Module Isolated Measurement Module Data Aqusition Module Pc Interface Module Wind Simulator Module Light Source Control Module Solar Charge Regulator Module WIND ENERGY EXPERIMENTS Examining the Relationship Between Wind Velocity and Wind Turbine Output Voltage (Non-Loaded Operation) Examining the Relationship Between Wind Velocity and Wind Turbine Output Voltage (Loaded Operation) Examining the Wind Turbine Output Voltage Examining the Wind Turbine Output Voltage By Using a DAQ Module Examining the Wind Energy System SOLAR ENERGY EXPERIMENTS Photovoltaic Panel Experiments Photovoltaic Panel Open Circuit Voltage Measurement Photovoltaic Panel Short Circuit Current Measurement Determining Photovoltaic Panel Current Voltage Characteristics Examining the Non-Loaded Output Voltage of the Photovoltaic Panel Depending on Daily Solar Movements Examining the Loaded Output Voltage of the Photovoltaic Panel Examining the Parallel Connection in Photovoltaic Panels Examining the Photovoltaic Panel Simulator Examining the Effect of Shadow on Photovoltaic Panels Examining the Effect of Bypass Diodes on Photovoltaic Panels Examining the Effect of Mismatching on Photovoltaic Panels Examining the Effect of Blocking Diodes on Photovoltaic Panels Examining the Photovoltaic Panel Emulator Photovoltaic System Experiments Direct Loading of the Photovoltaic Panel Engaging the Off-Grid Inverter (No-Load Operation) Setting up the Basic Photovoltaic System (DC Load) Setting up the Basic Photovoltaic System (AC Load) Examining the OFF_GRID Inverter Output Signal By Using the DAQ Module Measuring the OFF_GRID Inverter Output Signal By Using an Energy Analyser Measuring the Energy Received from the OFF_GRID Inverter. Measuring the OFF_GRID Inverter Output Power and Efficiency TECHNICAL EDUCATION Wind Turbine Charge Control Module Depending on Daily Solar Movements OFF_GRID Inverter SCADA Application Off Grid Inverter Module On Grid Inverter Module Electronic Potentiometer Module Solar Panel Simulator Module Examining the Non-Loaded Output Voltage of the Photovoltaic Panel Depending on Seasonal Changes Examining the Loaded Output Voltage of the Photovoltaic Panel Examining the ON_GRID Inverter 25 + EXPERIMENTS Depending on Seasonal Changes Examining the Series Connection in Photovoltaic Panels 13

14 FUEL CELL ENGINEERING FUEL CLASSROOM CELL ENGINEERING PACKAGES FUEL CELL STACKS The H-500XP and H-1000XP fuel cells stacks were specifically designed to be both light weight and high performance. The XP-series are commonly used in R&D projects and university mobility challenges, continuously winning awards and podium places in international competitions. H-500/1000 XP FUEL CELL STACKS 99 Efficient: greatly reduced H2 fuel consumption 99 Plug & play, easy to integrate 99 Lower weight, smaller size - new materials 99 Compliant with new Eco-marathon rules PC: H-500XP 14 PC: H-1000-XP H-500 H-1000 Type of fuel cell PEM PEM Number of cells Rated power 500W 1000W Rated performance 18V@27.8A 30V@33.5A Reactants Hydrogen and Air Hydrogen and Air External temperature > 0 up to +35ºC 5-35ºC Max stack temperature 63ºC 65ºC Composition 99.99% dry H % dry H2 H2 pressure PSI PSI Humidification Self-humidified Self-humidified Cooling Air Air Weight 3.9kg 5kg Dimensions 130x203x52mm 203x104x264mm Flow rate at rated output 5.86L/min 15.5L/min Peak efficiency of stack 56% 59%

15 OEM PARTNERSHIP OEM PARTNERSHIPS Horizon Educational has always been an original equipment manufacturer of science kits, lab equipment, and educational toys. Whether it s simple equipment for introductory laboratories or complex fuel cell stacks for engineering competitions, Horizon Educational creates a wide range of products. These are just a few examples of the customized products Horizon Educational has created with past partners. OEM PARTNERSHIP The fuel cell running this Fischer science kit is a custom built PEM unit from Horizon, with unique hydrogen and oxygen cylinders. Thames & Kosmos had a innovative design for their Fuel Cell 10 car, but needed Horizon Educational s fuel cell technology to run it. 15

16 HORIZON WORLD CLASSROOM PACKAGES THE WORLD OF HORIZON STUDENT COMPETITIONS Horizon organizes and supports a range of international competitions dedicated to discovering the best in global engineering talent. From high school to university, our schools challenges get students talking about the future of energy and putting their practical skills to the test. Learning to use advanced design software, discovering the principles of hybrid engines, building the most efficient racecars in the world with Horizon s Engineering Challenges, tomorrow s innovators will experience science in a whole new way. For more information visit: ONLINE PROFESSIONAL TRAINING COMING SOON Supporting teachers is the number one priority of Horizon Educational. Our online training content includes tutorials covering how Horizon science kits work and best practices for how to use them in the classroom. Plus, you can find tips and tricks on how to create your own lessons and how to deal with common conceptual problems. We aim to give educators the confidence to integrate common core and STEM principles into their lessons and ignite students passion for scientific discovery. 16 CONSULTING Horizon Educational has for many years been working together with both educational and corporate partners in the field of STEM for secondary education. We design, produce and deliver customized educational programs aligned to the needs of our clients.

17 A GLOBAL COMPANY CHANGING THE WORLD CLASSROOM PACKS Founded in 2003, Horizon Fuel Cell Technologies began the sale of miniature fuel cells to demonstrate the technology to schools and students around the world. In 2013, Horizon Educational Group was formed as a division of Horizon Fuel Cell Technologies dedicated to the deployment of a complete range of educational solutions. Having started with clean energy solutions, Horizon Educational is continuously commited to educate students in problem solving skills focused on the Grand Challenges of the 21st century. Horizon Educational offers hands on lab equipment of award-winning design, highly rated online learning solutions, meaningful professional training for educators and enticing educational programs for students and learners from middle school to post secondary education. Chicago Prague Hong Kong Singapore GLOBAL HQ EMEA OPERATIONS AMERICAS OPERATIONS ASIA PACIFIC OPERATIONS Horizon Educational group Pte Ltd. 6 Penjuru Close # Singapore Republic of Singapore Horizon Fuel Cell Europe s.r.o. Narodni 416/ Prague 1 Czech Republic Horizon Fuel Cell Americas Inc. 18 S. Michigan Avenue, 12th floor IL Chicago United States of America Horizon Fuel Cell International Ltd. 36/F, Tower TWO, Times Square 1, Matheson Street Causeway Bay Hong Kong SAR China Tel: Mail: Tel: Mail: emea@horizoneducational.com Tel: Mail: americas@horizoneducational.com Tel: Mail: apac@horizoneducational.com January