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Energia renovável: Greenpeace destaca o potencial brasileiro |
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Indonesia Condems Greenpeace Campaigns |
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OÖ Bauernbund weist Greenpeace-Wassertest als „Panikmache” zurück |
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Zarzuty dla ekoterrorystów z Greenpeace za wejście na komin elektrowni Bełchatów |
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Greenpeace – New Bees |
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Esta es la “Guía sin transgénicos” de Greenpeace MX |
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Greenpeace eV |
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kozangr: Γιώργος Αδαμίδης: «Τα μέλη της Greenpeace έχουν κατακλύσει την εφαρμογή διαβούλευσης για τον Εθνικό Ενεργειακό Σχεδιασμό κοινοποιώντας όχι συγκεκριμένες διακριτές θέσεις αλλά με τη μαζική αποστολή ενός συγκεκριμένου πανομοιότυπου μηνύματος» |
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La più grande area protetta sulla Terra: un’idea Greenpeace |
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Escaladores de Greenpeace acceden a la térmica de Meirama A Coruña por el fin de la quema de carbón |
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Greenpeace Afrique célèbre 10 ans d’activisme environnemental |
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St Thomas Greenpeace Wildlife Set 1237-41 |
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Greenpeace will RWE sein Braunkohlerevier abkaufen kein Scherz |
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Greenpeace Ranked All Major UK Supermarkets On Reducing Plastic – Here Are The Scores |
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Η Greenpeace μας καλεί να ζητήσουμε από τον Δήμο Καλυμνίων να δράσει |
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Greenpeace atteint du cancer de « l’à-peu-près » |
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Greenpeace allevamenti intensivi inquinano i fiumi |
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Egy magyar Greenpeace-aktivistát is előállítottak a lengyel szénerőművi akció után |
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Réaction de Greenpeace France au discours d’E Macron |
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Μέσω της νέας ιστοσελίδας της Greenpeace Ήλιε μου ήλιε σου οι δημότες όλης της χώρας μπορούν να βοηθήσουν την Ελλάδα να στραφεί γρήγορα στην ηλιακή οικονομία |
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Aus den Augen aus dem Sinn – Die Reste des Alltags landen in der Tonne Der Durchschnittsdeutsche verursacht im Jahr über 600 kg Müll und wirft dazu noch etwa 80 kg Lebensmittel weg Statistisches Bundesamt BMEL und Zu gut für die Tonne Wir sind zwar Recyclingweltmeister aber mit einem faden BeigeschmackMüll ist allgegenwärtig in allen Lebensbereichen quillt er uns entgegen Von Alufolien Dosen Elektroschrott Gelber Sack Lebensmittelverschwendung Mikroplastik Joghurtbecher PET-Flaschen Restmülltonne Spraydosen To-go-Müll Verbundstoffe oder ZellophanWie bewältigen wir den Müll in der Zukunft Ist Müllvermeidung teuer zeitaufwendig kompliziert oder gar asketisch Sind plastikfreie Alternativen wirklich immer die besseren Varianten Was ist realistisch neben Familie Freunde und Job Antworten Ideen praktische und erprobte Tipps engagierte Initiativen und unterhaltsame Anekdoten über die große Welt des Müllvermeidens erhalten Sie „verpackt“ in einem motivierenden Vortrag Im Anschluss steht die Referentin Ihnen sehr gerne für Fragen und Ideen zur VerfügungZur Referentin: Dr Manuela Gaßner geboren und aufgewachsen in München arbeitet und lebt mit ihrer Familie in Freising Die Mutter von drei Kindern ist Autorin Bloggerin und Dozentin Sie beschäftigt sich seit annähernd drei Jahren intensiv mit der Vermeidung von Müll Das Ergebnis maximal ein gelber Sack im Jahr In Ihren zahlreichen Vorträgen referiert Manuela Gaßner über das WARUM und vor allem über das alltagstaugliche WIEIch danke Greenpeace Moosburg für die Einladung und freue mich auf viele Interessierte eure ManuelaDie Veranstaltung gibt es auch auf Greenpeace Moosburg Facebook |
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Greenpeace identifies Mpumalang as the world’s largest … |
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GREENPEACE ITALIA |
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รีวิวค่าย Youth Wavemakers โครงการเยาวชนโดย Greenpeace BASE Playhouse |
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Greenpeace : L’Australie pourr |
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Viande et produits laitiers : Greenpeace |
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Greenpeace UK |
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Executive Director of Greenpeace |
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Greenpeace dénonce les fermes usines en France |
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Greenpeace protests ahead of Poland climate summit |
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Global Enoki Mushroom Market Overview 2018-2025: Greenpeace Green Co Shanghai Xuerong |
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Basics Off Grid Battery Bank Building a battery bank and having a method of keeping them charged is one of the first steps in building an alternate energy system for off grid applications A battery bank can be used to run lighting tv radio microwave etc Sizes range from a few batteries a charging system and an inverter to hospitals and universities that need power for lighting and important equipment All battery systems have to be properly recharged This is done by the generator or other source of alternate energy The larger the system the larger the generator or other source of charge has to be Batteries are rated in voltage and ampere hour capacity The greater the amp hour capacity of the battery bank the longer it can power equipment before needing to be recharged Energy from the generator or alternative energy source can be stored for later use With the cost of fuel oil and maintenance it makes sense Rather than running a generator all the time to get power it only has to be operated when equalization charging takes place and when the system does not have sufficient capacity to power heavy loads The initial investment in a battery bank is well worth it providing power 100 percent of the time Battery backup is increasingly used in grid tied systems as well Battery banks are wired and sized to produce energy needed in voltages ranging from 12 24 48 60vdc and sometimes higher The higher the loads demand placed on the system the higher the voltage has to be to match the input voltage required by more powerful inverters that are needed for larger loads Once you have figured out your daily watt hour consumption and have revised that figure by practicing energy management you can calculate your battery capacity Use the following formula watt hours wh/day x days of storage x bateff x doddepth of discharge ampere hours battery efficiency 75-90 effbat battery voltage 12244860etc maximum depth of discharge from 20-80 Battery Bank Wiring Examples TipsTech Solar Insolation Maps —- Equipment Consumption Averages/Starting Wattage Item Starting Wattage Running Wattage 1/4′ Drill 300 300 12′ Concrete Cutter 3600 1800 7 1/4′ Circular Saw 3000 1500 Air Compressor Average 4000 2000 Belt Sander 1000 1000 Central Air Conditioner 10000 BTU 2200 1500 20000 BTU 3300 2500 24000 BTU 4950 3800 32000 BTU 6500 5000 40000 BTU 6700 6000 Chain Saw 1200 1200 Circular Saw 2400 1200 Disc Grinder 4000 2000 Disc Sander 1200 1200 Drill 1800 720 Edger 2400 960 Electric Chainsaw 2400 1200 Electric Lawn Mower 4320 1440 Electric Pressure Washer 3600 1200 Electric String Trimmer 1500 600 Electric Weed Trimmer 500 500 Furnace Fan gas/fuel oil furnace 1/8 horsepower 500 300 1/6 horsepower 750 500 1/4 horsepower 1000 800 2/5 horsepower 1400 700 3/5 horsepower 2350 875 Jig Saw 1800 720 Jigsaw 300 300 Miter Saw 2100 840 Orbital Sander 1800 600 Paint Sprayer 1080 360 Planer 2400 960 Router 1500 600 Water Pump 3000 1000 Wet/Dry Vacuum 2500 888 Winch 5400 1800 Worm Drive Saw 3100 1560 Basic Energy Formulas And Equivalents – Appliance Average Consumption Ratings Energy is ability to do work 1 newton of force over 1 meter is 1 newton-meter or joule or watt second of work done Power is the rate of doing work lifting 1 pound weight 1 foot in one second is 1 foot-pound per second if you lift 550 pounds one foot in one second that’s 1 horsepower of power required Most people would have problem lifting 550 pounds 24948 kg directly but you can lift that weight with a winch over longer time and the same amount of work was done just took longer so required less power Same principle with levers or pulleys The force is reduced but distance the force is applied increases So total of force distance remains the same minus any friction loss the same amount of work can be done by letting the weight fall but then you have to do work to lift it back up 1 btu 252 calories 1 btu 1055 joules watt seconds 293 watt hours 1 btu raises 1 pound of water 1 degree fahrenheit 1 calorie raises a gram of water 1 degree celsius 1kilocalorie is used for diets 1 kilogram water 1 deg celsius 1 calorie 4186 joules 1 therm 100000 btu 293 kwh 1 ton of refrigeration 12000 btu/hr 1 lb residential garbage 2500 btu 073 kwh 1 lb coal 13000 btu 381kwh 1ton762 mwh 131 per million btu 044 cents per kwh 1 lb wood 3500 btu 103 kwh 1 gal propane 92000 btu 30 kwh 1 gal fuel oil 138000 btu 4045 kwh 100 gallon 25c/kwh 1 cu ft nat gas 1000 btu 29 kwh 44cent per 100 cuft15c/kwh 1 hp 7457 watts 25453 btu hr 1 hp 33479 btuh boiler 1 hp 550 foot-lbs/sec 33000 foot-lbs/min 1 hp 4244 btu/min hp torque in pound-feet x rpm/5252 revolutions per minute /60 2 pi radians/second s rpm 01047 radians/sec note: torque is measured in foot pounds but should be described as pound feet or 1 pound force at 1 foot radius to avoid confusion with work done lifting 1 pound 1 foot unit of energy 1 joule 1 watt second 1 newton meter Energy is a scalar with basic si units of kg-m2/sec2 also defined to be the joule Einstein’s equation: e mc2 would be for 1 gram of mass and c velocity of light 3 108 meter/sec 1 10-3 kilograms 9 1016 9 1013 joules or 9 1013/36 106 25 107 kwh Kinetic energy of a moving mass is 1/2 m v2 joules m is mass in kg and v is velocity in meters/sec Momentum is a vector with basic si units of kg-m/sec Rotational momentum is p j x w where j is the moment of inertia same as used for calculating rotational kinetic energy Ke of rotationally moving objects equation ke 05 x j x w2 where j moment of inertia rotational analog of mass related to the object’s mass and its distribution around the axis of rotation an w rotational speed radians/second acceleration is the change in velocity/time earth gravity acceleration is about 32 feet/sec2 or 981 meters/sec2 That means that velocity of something falling without wind resistance or other force will increase 32 feet per second every second or 981 meters/second every second stopping or deceleration is calculated the same v is velocity d/t meters/second or feet/second d is distance a is acceleration change in velocity/time m/s2 t is time in seconds v at t v/a av/t d 1/2at2 t 2d/v t 2d/a05 sqrt d 1/2v2/a a 1/2v2/d v 2ad05 sqrt d vt for constant velocity Using same units such as a 32 feet per second2 in two seconds the distance traveled would be 1/2 32 feet/sec2 2 sec2 64 feet or 1/2 98 m/s2 2 sec2 196 meters 1 watt 1 volt x 1 amp 1 amp 1 coulomb of charge per second 602 1023 electrons 1 ohm resistance that has 1 volt for 1 amp current Ohm’s law e for voltage i for amperage r for resistance ohms p for watts eir ep/i erp05 ie/r ip/e ip/r05 re/i rp/i2 re2/p pei pi2r pe2/r 1 watthour 3412 btu 1 kilowatt-hr 3412 btu 36 106 joule 1 kilowatt 1000 watts 1 kilowatt 13405 horsepower 1 atmosphere 147 lbs/sq inch 1 atmosphere 2992 inches of mercury 1 pound per square inch 6899 kilopascals 1 pascal is newton of force over 1 meter square pressure 1 centimeter 3937 inches 1 cubic foot 1728 cubic inches 1 cubic foot 748 gallons us 1 cubic foot/minute 7482 gallons/minute 1 cubic foot water 624 lbs 60 deg f 1 foot of water 4333 lbs/sq inch 1 foot-pound 001286 btu 1 foot-pound 1356 newton meters 1 newton meter 07376 foot pounds 1 joule 1 newton accelerates 1 kg at 1 meter per second2 about 981 newtons 1kg force in earth gravity 1 foot/second 068182 miles per hour 1 mph 146667 feet per second 1 meter/second 36 kilometers/hour 1 meter 3937 inches 328084 feet 10936 yards 1 foot 3048 meters 1 inch 254 centimeters 0254 meters 1 gallon us 3785 liters 231 cubic inches 1 gallon us water 835 lbs 1 inch of water 03613 lbs/sq inch 1 foot of water 04335 psi 1 liter 1057 quarts 1 fluid ounce 1805 cubic inches 1 fluid ounce 02957 liters 1 cubic inch 16387064 cubic centimeters 1 pound 04536 kg or 1 kg 22046 pounds 1 oz 2835 grams Celsius deg 9/5 32 fahrenheit f-32 5/9 centigrade 212 deg fahrenheit 100 degree celsius water boils 32 deg fahrenheit 0 degree celsius water freezes -40 deg fahrenheit -40 deg celsius Absolute 0 degrees or kelvin -4597 fahrenheit or -273 c The speed of light in a vacuum is approx 2998 108 meters/second or 186000 miles per second rounded off 3 108 meters/second 1 megahertz frequency wavelength is 300 meters The formula for determining load in watts is: watts amps x volts or pwatts icurrent x evoltage note: 1 kw 1000 watts space heater 1200 watts weed trimmer 850 watts clothes dryer gas 720 watts clothes dryer electric 2400 watts light bulb 100w 100 watts small radio am/fm cd 50 watts radio cb 50 watts fan 200 watts television 50-250 watts cathode tube plasma flat screen 125-250 watts LED flat screen tv 50-120 watts microwave oven 1200 watts air conditioner 12000 btu 3250 watts furnace fan 1/3 hp blower motor 600 watts vacuum cleaner 600 watts sump pump 1/3 hp 700 watts refrigerator/freezer 800 watts deep freezer 500 watts circular saw 6 800 watts floodlight 150 wattsincandescent LED 75 watts drill 1/2 electric 1000 watts toaster 1200 watts coffee maker 1200 watts skillet 1200 watts chain saw 14 electric 1200 watts water well pump 1/2 hp 1000 watts hot plate/range per burner 1000-1200 watts table saw 10 2000 watts elect water heater 3000 watts dc battery/device charger 120 watts Video Channels Recent Videos News Channels Calculators Photo Share Archives Privacy Contact © copyright – 2000-2018 alternate-energynet and the Alternate Energy Resource Network |
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Greenpeace dénonce l’impact des fermes-usines avec la Bretagne en ligne de mire |
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წარმოგიდგენთ ამერიკელი ჟურნალისტის და ავოტირს «Greenpeace International»-ის ერთ-ერთი დამფუძნებლის რექს ვეილერის სტატიის თარგმანს – “გლობალიზაციის ფარული ქვეყნები ვალებში ჩაიფლნენ და რესურსების ძარცვით ეროვნული კულტურების დეგრადაციით ომებით არასტაბილურობით და მდიდრებს და ღარიბებს შორის შემოსავლების უთანასწორობით იტანჯებოდნენ |
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Climate Change webpage – Greenpeace UK notes |
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Dandhy Laksono Nyantri di Kapal Greenpeace |
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Greenpeace si CEH la aceeasi masã |
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Black Friday Greenpeace invita a non fare acquisti |
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Congo : Greenpeace Afrique demande « l’annulation immédiate des appels d’offres des trois nouveaux blocs de pétrole » |
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Respuesta de Greenpeace ante la carta de los premios Nobel sobre los transgénicos |
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Greenpeace: El G20 subestima las amenazas del calentamiento global |
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