Laptop

An Innovation of Solar Charge Laptops

An Innovation of Solar Charge Laptops
Written by ARN Expert

An Innovation of Solar Charge Laptops. The world is changing faster than ever before. The time it takes to bring new ideas, products, and services to market has shrunk dramatically. Innovation can be conceived by an individual or brought forth by a company to offer something that never existed before (something I like to call ‘newness’). Innovation can come in any form; it can be as simple as someone designing an innovative dress for the red carpet or as complex as developing novel materials for building skyscrapers. An idea can then become something much more powerful if it is backed up with marketing strategy and thoughtful execution.

An Innovation of Solar Charge Laptops

One type of innovation comes from taking something old and making it new again. Take laptops, for example. Until recently, there weren’t too many ways to charge laptops in the absence of an AC power supply. An individual would either need to purchase or rent a generator (if access was available) because there were no other options for charging laptops when they lost their battery. An innovation like this has changed the game entirely, by creating solar-powered generators that can wirelessly charge multiple devices at once.

A team created SolPad, which wirelessly charges up to 10 electronic devices simultaneously with its portable solar panels. An idea this simple, yet powerful is one that I predict will become so prevalent in our society that it could be something all children are taught about in school someday.

“SolPad is a wireless rapid solar charger designed for outdoor activities where access to electricity is not readily available, especially for military and disaster relief operations. It works like an umbrella of solar panels that you unfold and position to align with the sun. An internal battery pack stores energy harnessed by the SolPad’s 1550-watt array of photovoltaic cells, which is then used to charge all your gadgets wirelessly.” – Vox

Conceived in 2013 by Drew Holly, Alex Foster, and Logan Williams of SolarStratos (a Philadelphia-based design firm), SolPad has begun taking registrations for its upcoming Kickstarter campaign. An innovative product like this can power up any electronic device wirelessly – even iPhones – without requiring a cord.

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How many watts does a computer use?

About 50 watts with low usage. The majority of the wattage is consumed by the monitor and power supply, while most other computer parts do not use a significant amount of energy when in standby mode.

Do laptops consume a lot of electricity?

Modern laptops and netbooks consume considerably less power than the older models. This is due to decreased screen size, more efficient processors and graphics processing units (GPU), and increased battery capacity. However, many people continue to use old computers for a variety of reasons: such as having no access to newer technology, unwillingness to pay for recent models, or simply because they aren’t aware their current laptop uses so much electricity. Laptop Electricity Consumption is not usually measured by manufacturers, so there isn’t an exact number given which is used in an average laptop per hour calculation. There are several factors that contribute to how much energy your laptop uses including but not limited to: Processor speed, hard drive type/size/speed, wireless connectivity options (WiFi and Bluetooth), and LCD/LED display type and size. Most modern laptops will draw less than 100 watts of electricity, while some netbooks can use as little as 12 watts.

An Innovation of Solar Charge Laptops

An Innovation of Solar Charge Laptops

Modern laptops and netbooks consume considerably less power than the older models. This is due to decreased screen size, more efficient processors and graphics processing units (GPU), and increased battery capacity. However, many people continue to use old computers for a variety of reasons: such as having no access to newer technology, unwillingness to pay for recent models, or simply because they aren’t aware their current laptop uses so much electricity. Laptop Electricity Consumption is not usually measured by manufacturers, so there isn’t an exact number given which is used in an average laptop per hour calculation. There are several factors that contribute to how much energy your laptop uses including but not limited to: Processor speed An Innovation of Solar Charge Laptops, hard drive type/size/speed, wireless connectivity options (WiFi and Bluetooth), and LCD/LED display type and size. Most modern laptops will draw less than 100 watts of electricity, while some netbooks can use as little as 12 watts.

Modern laptops and netbooks consume considerably less power than the older models. This is due to decreased screen size, more efficient processors and graphics processing units (GPU), and increased battery capacity. However, many people continue to use old computers for a variety of reasons: such as having no access to newer technology, unwillingness to pay for recent models, or simply because they aren’t aware of their current laptop uses.

How much electricity does a gaming laptop use?

Gaming laptops are, by definition, power-hungry. Most standard laptops require between 19-60 W of power (Reinhart). For comparison, my Toshiba laptop uses an average of 29 W while streaming 1080p videos over Wi-Fi with the screen brightness at 50% (Toshiba Energy Guide).

Gaming laptops can contain multiple GPUs that support rendering 3D graphics for more immersive gameplay or faster video editing/gaming software compilation or any number of other strenuous processing tasks. These chipsets draw a lot of energy and produce additional heat due to their high-performance output so gaming laptops generally require beefier cooling systems to dissipate this extra heat after it is created via the central processing unit (CPU), graphics processing unit (GPU), and other system components. These cooling systems are what cause many gaming laptops to be bulkier than standard laptops or require additional “space” around the user when in use. Even these precautions may not be enough though, so manufacturers often equip gaming laptops with either larger batteries or supplementary rechargeable external power supplies to compensate for this added strain on the laptop’s battery life (Reinhart).

Gaming laptop energy usage will vary greatly depending upon the types of tasks being executed by its processing units and their performance demands. Some common examples of these tasks include rendering graphics while playing games, compiling programs quickly, editing large video files, etc… The higher the demand placed on these processors, the more electricity that is consumed by the laptop itself.

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