Flying seed, Alsomitra model. Flying seed Level Primary Concept The plant spreads seeds to leave offspring by a variety of methods. A certain kind of plant seed flies over air. Materials cardboard, clay, scissors, stapler, paper clip, bamboo skewer and bond Our Sponsors Alsomitra model Fabrication (1)Cardboard is cut out as shown in figure. (2)Clay is put on the top of it a little. (3)Hold it by the hand and release it quietly. (4)It falls soon when clay is too heavy. It comes to glide when clay is reduced little by little. Ania and Naoise's Wind Turbine Experiment. Discovery Channel - Wind Powered Vehicle. Wind Powered Vehicle Comp. 1+1=3. Lego wind power car mini 30 pcs nachapon100328.AVI. Wind powered robot.
Arduino Solar Powered Robot. Canal de AMSEweb. Philip S. Miller Library. The Wind From Your Breath. Wind Power Generator Set ループウイング風力発電工作セット. 6 in 1 Educational Solar Kit. 12 year old boy genius invents new type of solar. Educational Solar Kits. Our selection of educational solar kits makes it easy for kids and adults who are new to solar energy to learn about the basics (and more advanced techniques) of solar power in a safe, fun and rewarding way. Our educational solar kits range includes: Educational solar kits from Silicon Solar are great for: Weekend DIY / tinkerer projectsA great after-school project with the kidsA classroom introduction to solar power & electricityBoy Scouts, Girl Scouts, 4-H and other youth groupsScience fair projectsAnyone, any age interested in solar power Solar electronic kits are convenient, complete packages of solar panels, cells and other balance of system components that are designed to be used for single, or a small set of, solar power applications.
Here are some of the most popular advanced solar electronic kits you can find at Silicon Solar… Portable Solar Electronic Kits – our portable solar power kits are specifically designed to act solar chargers for people on the go. Wind Training - Wind Design & Installation. Course Description: Participants in this wind power training workshop will learn design and install principles for residential wind systems that range from 10 to 70 feet in diameter and produce 1 to 100 kWh per day.
The workshop will cover site analysis, system design, installation and safety issues, and hardware specification. Learn about the different available residential wind turbines, how they work, and the advantages and disadvantages of each. This wind energy training is worth 40 educational hours towards the NABCEP Small Wind Installer Certification and is ISPQ (Institute for Sustainable Power Quality) accredited.
This course is based on standards set by NABCEP (North American Board of Certified Energy Practitioners). The standards, referred to as the Objectives and Task Analysis for a Professional Small Wind Energy System Installer can be accessed online at. Kidwind Wind Turbine. EcoStyle Ltd | Renewable Energy Kits. The Mariah Project. Applications | Automotive | Rain Simulation Chamber | ESPEC North America. ESPEC makes rain and spray testing easier by offering a standard chamber capable of published and OEM proprietary test methods.
The standardized design can be configured for the rain/spray tests you need, eliminating the guesswork in buying a chamber. The system is based on the JIS/SAE specification requirements, and can also accomplish individual automaker’s tests, as well as electrical-enclosure tests. Our Design ESPEC's modular design allows you to add on additional features, depending on the number and type of tests required. One possible choice is to integrate the spray system with a regular temperature and humidity chamber to save money and floor space, while also creating an opportunity to simulate actual operating conditions your product may experience. Our system uses multiple control solenoids to vary the water's spray volume/pressure. A holding tank prepares the water to the desired temperature, if required.
Testing capabilities (JIS D 0203, SAE J2245, J575) Heavy splash/shower. Capítulo 6 - Simuladores de lluvia. Objetivos y aplicaciones Tipos de simuladores Consideraciones practicas Funcionamiento Objetivos y aplicaciones Ventajas y desventajas Oportunidades Construcción En esta revisión sólo se abordarán las aplicaciones de campo, aunque cabe remarcar que los simuladores de lluvia son más útiles en las investigaciones de laboratorio. Ventajas y desventajas Las principales ventajas son: · la capacidad de tomar numerosas mediciones rápidamente sin tener que esperar las precipitaciones naturales; · la posibilidad de trabajar con precipitaciones constantemente controladas, eliminando de ese modo la errática e imprevisible variabilidad de la lluvia natural; · en general es más rápido y sencillo establecer un simulador sobre los tratamientos de los cultivos existentes que establecer tratamientos sobre parcelas de escorrentía. Todas las desventajas están relacionadas con la magnitud: Oportunidades A continuación se dan algunos ejemplos de temas de experimentos adecuados para el uso de simuladores:
Linterna que funciona con energía eólica. La energía eólica se aprovecha gracias a grandes turbinas que hoy día puedes encontrar instaladas en muchas partes del mundo, pero eso no quita que la misma tecnología no pueda aplicarse a pequeña escala. En este caso la escala es tan pequeña como un mini-rotor que más bien parece un pequeño ventilador. Puedes accionar sus aspas soplando directamente sobre él o bien aprovechar cualquier corriente de aire que tengas cerca.
El movimiento de las aspas se convierte en electricidad que sirve para alimentar una linterna. Una buena idea para esas veces que vas de acampada o incluso para llevar en el coche y no tener que preocuparte de que las pilas que tengas a mano estén gastadas. Vía yanko.