Cambiar Enchufe Usted Mismo/ Reparar Tomacorriente 110V
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Cambiar Enchufe Usted Mismo/ Reparar Tomacorriente 110V
Porque se queman los tomacorrientes ?https://youtu.be/LhGigkOIKmI

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Scrapping Electrical Copper Wire Machine (shorts}
Ideas De Herramientas Para Electricistas y Principiantes
https://www.joekwpower.com/post/ideas-de-herramientas-para-electricista
Si eres aprendiz, y te interesa la electricidad 2023 vea mi canal.
What Do You Need To Become Electrician [ Apprentice Electrician Tools] ...

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TOP 5 Best Camping Gear & Solar Power Gadgets 2021
The hospital offers services to some 3,000 young patients. Tesla's solar system is reportedly providing the hospital with all the electricity it needs.
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Innovative Photovoltaic Solar Power Solutions
The use of sunlight to generate electricity has gained momentum globally due to its evident benefits such as low cost of energy production, lower maintenance requirements, ease of installation and affordability. In line with this Rajshree Enterprise has endeavored to develop innovative solutions and is among the leading solar power solutions providers in India.
The company has got over two decades of experience in providing these innovative solutions such as water heating systems, warm water swimming pools, power plants, driers and even pumping appliances driven by sun harnessing systems.
The company focuses on provision of high quality products and excellent customer service which has contributed to the wide acceptability of our services to the population. This commitment to client satisfaction has been underscored by the company obtaining an ISO 9001:2008 certifications for the best quality management systems in the industry.
To underscore our commitment to serving the population we also have taken progress in the implementation of the environmental management systems and work under the framework of ISO14001 to implement a comprehensive environmental management system.
The management comprises of a very hardworking team which puts the needs of the customers first. The company is located in Ahmedabad, Gujarat, India. The company operates on an open doors policy and to ease access to our services we have developed a very user friendly website as well as offering quick response numbers to ensure that you get the best service. Solar Power Solution A whole range of products solutions are available. Sunlight harnessing systems are available for a variety of uses. They include sun driven driers, heating and lighting systems, street lights and these can be installed as long as the sun is available. Solar Street Lights Lighting on the streets is conveniently activated using the solar. This is done by installation of photovoltaic cells on plates mounted on the street poles. A battery is charged by these cells which lights the roads at night.
Solar Power Pack Solar Power Pack is an innovative power electric system that uses sunlight to provide electricity to homes, offices, schools, and other institutions. The set is user friendly and portable and can be used to compliment the mains electricity during times of strong sunshine. Solar Water Pumping System Energy from the sun is harnessed through use of sensitive cells which generate electricity which is then used to drive the electrical water pumps. The main advantage of solar water pumping system is that it can continuously pump, and the water directed to a reservoir for longer term usage.
Solar Panels Solar panels contain the cells which are activated by light. It exites the photons which changes their state and in the process generate electricity. This can then be harnessed for lighting, cooking, electrical installations and many other uses. Solar Power Plants Solar power plant operates using the same concepts of conversion of sunshine to electrical energy. This plant is however made to generate more power which can be used for commercial and industrial applications which require greater electricity. Home Lighting System A lot of power can be generated for the home using the photovoltaic technology. Living costs are highly reduced by substituting convectional power with sun energy. With home lighting systems, life will be much more enjoyable.
Solar lighting great ideas,for homes,decks,and sidewalks www.solarpowervalueshop.com
Solar is off to a record breaking start to the year with more than 2 gigawatts of installed capacity in quarter 2 alone!…..
http://solar-power-now.com/more-than-2-gigawatts-of-solar-power-added-in-q2/
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Solar photovoltaics and wind power are on track to supplant fossil-fuel-based electricity generation by the 2030s. The only thing holding back the renewable revolution is politics.
Solar photovoltaics and wind power are on track to supplant fossil-fuel-based electricity generation by the 2030s. The only thing holding back the renewable revolution is politics.
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Ten off grid cooking methods for camping, saving energy or if the grid goes down.
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Being poor is just a series of emergencies.
Emergencies really do crop up more often for poor people. Necessities, like vacuum cleaners or phones or bedding or shoes, need replacement or repair more often when you only buy the cheapest possible option.
Poor people’s health tends to be compromised by cheap, unhealthy food; stress; being around lots of similarly-poor contagious sick people who can’t afford to stay home or get treatment; inadequate healthcare; and often, hazardous and/or demanding work conditions – including longer hours allowing less time for sleep, home food prep, and mental or physical exercise.
Our homes may not offer much respite, as we’re less likely to have comfortable furniture for sleep or relaxation, more likely to be forced to rely on abusive people for financial reasons. We’re also more likely to live in high-pollution areas, food deserts, and in poorly-maintained rental housing. We’re less likely to have access to heat or cooling even in dangerous weather.
For all these reasons and more, we get sick more, and when we do, we have less access to medical care – even the poor people lucky enough to have adequate insurance and a doctor who will provide appropriate care without discrimination may face significant difficulties getting to and from a doctor and pharmacy.
Poor people have less reliable transportation; any cars that are affordable for a poor person will usually need major repairs at least a couple times a year - more emergencies! - and poor people are less likely to live anywhere near an adequate public transit system. Just the cab fare to and from a doctor visit can easily cost a week’s worth of groceries or more. Ignoring medical needs as long as possible and not accessing preventative care causes massive future expense.
Many people are poor specifically because of disability, making work difficult or impossible in addition to the expenses of managing chronic illness, accessing mobility aids, or other costs associated with disability.
Poverty runs in families, and friend groups are often based heavily on class in our stratified society, so in addition to your own emergencies as a poor person, you’ll likely also be sharing resources to keep your loved ones alive. You’re not likely to have wealthier friends or family who can or will help.
Poor people are less likely to have enough clothing that we can wait to replace unwearable items. Because our clothing collections are smaller (and often secondhand and/or poorly made), our clothes wear out faster. Not having clothing that marks us as ‘respectable’ can bar us from employment, make us more vulnerable to violence from police or other harassers, and make resources like social programmes less accessible.
Overdraft fees target poor people specifically. Being a few pennies off in your maths can mean sudden huge bills that compound themselves. Predatory banks routinely run all charges before processing the deposits you make earlier in the day or week, which can mean huge overdraft fees can happen even if you deposit your money hours or days before trying to spend any of it.
There are thousands of examples. For poor people, unexpected expenses happen more often. And when you’re poor, any unexpected expense can be an emergency with serious consequences.
Even the cheapest (most temporary) solution for an emergency often breaks the bank. People who aren’t poor don’t realize that an urgent expense of thirty dollars can mean not eating for a week. Poor people who try to save find our savings slipping away as emergency after emergency happens. Some poor people turn to predatory lending companies, not because they don’t know it’s a bad deal but because being hugely in debt tomorrow is better than your kids starving today.
I don’t think people who’ve never been poor realise what it’s like. It’s not that we’re terrible at budgeting, it’s that even the most perfect budget breaks under the weight of the basic maths: we do not have enough resources.
Cos we’re fucking poor.
Visitanos @ wwwsolarpowervalue.com
Consecuencias de un consumo energético insostenible
Si bien todos coincidimos en que consumir energía es necesario para nuestro desarrollo económico y social, también tenemos la sensación de que el ritmo actual pone en peligro nuestro estilo de vida. Nuestra conciencia ecológica, más o menos desarrollada, nos alerta de que algunos de los problemas que nos afectan o acechan se agravarán en los próximos años.
Gracias a la energía es posible tener un estilo de vida que sería imposible disfrutar si no dispusiésemos de ella
Entonces, si la energía es un recurso valioso, ¿no deberíamos usarlo bien? ¿deberíamos esforzarnos en ahorrar energía? ¿es necesario cambiar nuestro modelo energético actual? ¿es necesario aumentar la eficiencia energética?
Vamos a exponer tres razones que, a nuestro modo de ver, responden a las cuestiones planteadas y otras muchas que nos podemos hacer a este respecto.
Agotamiento de las energías no renovables
Poniendo el ejemplo de España como país con una gran dependencia energética del exterior, la contribución de la energía nuclear y las denominadas energías fósiles (gas natural, petróleo y carbón) al conjunto de la producción energética es de un 91%.
Estas energías tienen un ciclo de formación de millones de años, por lo que, al ritmo de consumo actual, terminarán agotándose o dejarán de ser, a medio plazo, económicamente rentables.
Impacto en el medio ambiente
De la transformación, transporte y uso final de la energía se derivan importantes impactos medioambientales, tanto de carácter local como global:
En la explotación de los yacimientos se producen residuos, emisiones atmosféricas y contaminación de aguas y suelos. El proceso de transporte y distribución de la energía para su consumo también afecta al medio ambiente: impactos de las líneas eléctricas, impactos de oleoductos y gasoductos, o hasta las llamadas mareas negras, con dramáticas consecuencias para los ecosistemas y economías de las zonas afectadas. La generación de la electricidad con plantas nucleares no produce CO2, pero sí residuos radiactivos de difícil y costoso tratamiento. Por otro lado, el abastecimiento energético, a partir de las energías fósiles, necesita siempre un proceso de combustión que se produce bien en las centrales térmicas, para producir electricidad; o localmente, en calderas y motores de vehículos. Esta combustión da lugar a la formación de CO2, principal gas de efecto invernadero, y a la emisión de otros gases y partículas contaminantes que dañan la salud. Hay que tener en cuenta que la producción de energía y su uso, tanto en la industria como en los hogares y medios de transporte, es responsable de la mayoría de las emisiones antropogénicas (causadas por el hombre) de CO2. Inseguridad del abastecimiento energético
Un buen ejemplo en este caso es la dependencia energética externa de la Unión Europea (UE) que registra un aumento constante. La UE cubre sus necesidades energéticas en un 50 % con productos importados y, de no hacer nada, de aquí a 2020 o 0230 ese porcentaje ascenderá al 70 %. Esa dependencia externa acarrea riesgos económicos, sociales, ecológicos y físicos para la UE. Las importaciones energéticas representan el 6 % de las importaciones totales y, desde el punto de vista geopolítico, el 45 % de las importaciones de petróleo proceden de Oriente Medio, y el 40 % de las importaciones de gas natural, de Rusia. Además, la UE no dispone aún de todos los medios necesarios para influir en el mercado internacional. Esta vulnerabilidad resulta patente en las escaladas de los precios del petróleo que hemos vivido desde 2008.
Sin entrar en muchos detalles, la estrategia energética de la UE a largo plazo se fundamenta en lo siguiente:
Reequilibrar la política de la oferta a través de acciones claras a favor de la demanda, es aquí donde entran en juego el fomento de las energías renovables y de la eficiencia energética. Analizar la contribución a medio plazo de la energía nuclear. Establecer un dispositivo reforzado de reservas estratégicas, así como nuevas rutas de importación de hidrocarburos, sujetos a importaciones crecientes. Como hemos visto, la energía es un bien escaso que debemos respetar y cuidar entre todos. Su uso responsable es fundamental para la sostenibilidad y el futuro de nuestro mundo.
Siguenos @ www.solarpowervalue.com
Energía verde, un ejemplo de arquitectura sostenible
Emplear cualquier tipo de energía verde, ya sea eólica, solar o hidráulica, en un hogar es un ejemplo de que la arquitectura sostenible es posible. De hecho, la utilización de energía verde es una de las bases de la arquitectura sostenible
¿Qué es la arquitectura sostenible?
La arquitectura sostenible pretende concebir el diseño arquitectónico de manera sostenible, buscando optimizar recursos naturales y sistemas de la edificación de tal modo que minimicen el impacto ambiental de los edificios.
Entre sus fundamentos se encuentran:
Considerar las condiciones climáticas y del entorno antes de una edificación.
Usar materiales de construcción de bajo contenido energético.
Reducción del consumo de energía.
Apuesta por la energía verde.
Hogares con energía verde: empresas o autoabastecimiento
Hoy en día, existen numerosas empresas y cooperativas que se dedican a proporcionar energía renovable a los hogares españoles, en forma de la llamada electricidad verde, un producto energético surgido de la liberalización del sector basado en la distribución de electricidad generada con energías renovables.
Sin embargo, muchos españoles se inician en el mundo de la energía verde con el autoconsumo, para probar las energías verdes de manera gradual empezando por lo pequeño para ver cómo funciona.
De esta manera, instalan paneles solares en sus hogares con los que luego pueden calentar el agua o simplemente iluminar el jardín. Es una forma, de empezar a involucrarse en el mundo de la energía verde, como ejemplo de arquitectura sostenible.
Formas de autoabastecimiento
La instalación de paneles solares en nuestros hogares sólo es un ejemplo de las numerosas maneras de autoabastecerse empleando energía verde, pero hay más:
Calefacción biomasa – Se trata de emplear la biomasa (residuos orgánicos procedentes de seres vivos animales o vegetales, como la leña) para producir energía térmica. Para ello, se realiza un proceso de combustión en el que se quema la biomasa con un alto porcentaje de aire(20-40% superior al teórico)a temperaturas de entre 600 y 1300ºC. En esta combustión se generar gases a alta temperatura que sirven para la calefacción.
Aunque el principal hándicap es la disponibilidad de combustible, en casi todas las localidades podemos encontrar alguna fábrica con deshechos que nos puedan servir.
Aerogeneradores –Funciona igual que la energía eólica convencional. Para uso doméstico hay dos clases según su objetivo:
-De muy baja potencia (inferior a 10 kW): Se utilizan para el bombeo de agua
- Minigeneradores eólicos - Producen energía eléctrica
Bombas de Calor Geotérmicas – Recuperan la energía contenida en el suelo para emplearla para calentar o refrigerar. Hay dos clases de sistemas geotérmicos: la captación horizontal y la captación vertical.
La captación horizontal se realiza en superficie, es más sencilla y más utilizada mientras que la captación vertical es más complicada porque se requiere perforación.
Aerotermia (ACS)(CLIMA) – Es muy poco conocida pero simple de instalar. A través de un intercambiador situado a las afueras de la vivienda, se produce calor que puede ser aprovechado para la climatización de la casa.
Siguenos @ www.solarpowervalue.com

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The solar panels powering up Flatholm can be unrolled like a carpet in under two minutes.
Roll-up solar panels are being used to help power an island off the coast of Cardiff.
The Rapid Roll system allows flexible solar panels to be unrolled like a carpet from a trailer in two minutes.
The pioneering technology aims to meet demands from increased tourism and environmental and logistical challenges on Flat Holm.
The hope is for the technology in future to offer a solution in areas hit by natural disasters like hurricanes.
This is the first time the system has been used in Wales and it is the first long-term deployment of the technology anywhere in the UK.
The technology was developed by John Hingley, managing director at Renovagen, based in Milton Keynes, Buckinghamshire.
He came up with the idea of scaling up the concept of mobile solar technology while away travelling five years ago.
By making the panels rollable, a much larger power capacity can fit into a smaller box.
So a 4x4’s trailer can take enough solar panelling to power a 120-bed mobile clinic or to desalinate 25,000 litres of sea water every day.
“Compared with traditional rigid panels, we can fit up to 10 times the power in this size container,” said Mr Hingley.
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We are running out of time.
Siguenos @ solarpowervalue