Fb CEO mark Zuckerberg confirmed that the new connectivity lab via internet.org, that’s being used for research on bringing the world online. Meanwhile, with fb most of the tech companies joining with the research qualcom, nokia, samsung and more joining with fb. This is going to work like googles balloon. The Connectivity Lab drones, however, are designed to take advantage of solar power, with operations designed for battery power at night., Facebook reportedly purchased drone-maker Titan Aerospace, Zuckerberg intimates that today’s announcement is just the beginning, and that the team still has a long way to go until it can get the world online. After some time we all get the data for free to use fb. So most of them going to use the messaging for Feb messenger and other things what’s app fiber. Fb is build a global network with this drone internet this can be the first step for the future connectivity
This more use full Gadget we can set the timer to our Phone, Laptop charger, even more chargeable devices, we can save more power with this device. but if it broken or not working we want to spend some money to replace this gadget. Normally Phone and Laptops Chargers after charging, keep connected with power so that also making power wastage. This sort of Useful timer Charging Ports Helps to save Money, Power and Environment.
This Technology invented somewhere around 2011, but we got to know recently only so we like to share this news with our Hi Panda Tech Fans. This is an ordinary rechargeable battery special feature is we don’t need the recharging unit for this, just connect USB cable to Phones, Laps, PCs, Etc. Inventor made people need very easy and fast. But only one issue to tell about this charging they demonstrating each battery getting separate cables, it much better to have one USB port can with three or more charging pins, that saves time too. Other than that this an awesome product.
Chewing gum for charging gadgets
Wireless charging technology is not new, but it has not been widely adopted. Designer by the name of Lin Ping hopes that his invention – an electric sticker for charging gadgets, Chewing Gum Battery – waiting to a better future. Packaging such batteries should be sold whole package in street vending machines. Power of one label from the pack enough to charge mp3-player, two label – smartphone or will be able to charge the camera, well, four – small laptop.
The Chewing Gum Battery concept involves paper-based batteries that are kept in a public outdoor dispenser attached to a solar charger. When someone needs a quick boost of battery power, they buy a pack of the fully-charged batteries, peel off the protective backing, and stick the sticky backs of the batteries to the device that needs charging.
Different devices will need different quantities of the little batteries. Each battery transmits its power to the device via RFID, although exactly how this would work is not discussed in the designer’s information. When the batteries are drained, users can recycle them at any Chewing Gum Battery dispenser
This comes under green tech they using solar power to charge this batteries, it Helps to quick charge the device and cost effective too. it s very cheapest products in chinese market this battery selling by street vendors. Better this charging unit reaching the Asian market more help full to smartphone users.
Solar Powered Stadium by 2015 in France this the good news Lots of Power saving idea, Normally in the Sport game Stadium consuming lots of power now according to the Green Technology System Union of European Football Association plans to create a stadium. So day by day all other electronic device combine with solar and algae to produce electronics. Nowadays the world move in to the green tech from that we can control the power wasted. In Germany they build an Algae power producer this can be Stone Age for the Green Tech. Day by Day it has to improve alot and day by day lost of companies what to move to this tech, Once Huge Companies to these sort of green tech the cost going to come down so after some year easy buy and adopt to this technology. but one thing we are started to produce Algae power system , Meanwhile we should save the Algae in the sea. so we can save nature and produce power also.
It’s a good week for renewable energy around the globe, with the world’s first algae-powered building opening in Germany, and the official opening of the largest wind farm in the southern hemisphere. Now, France is getting in on the action, with construction officially beginning on the Nouveau Stade de Bordeaux, by Swiss design firm Herzog & de Meuron.
The project consists of three parts: the stadium bowl, including the sports field and the seating; the concourse; and the aesthetic look of the stadium. Located in the Bordeaux Lac region on the banks of the Garonne in the city’s north, the stadium will be able to hold up to 42,000 spectators.
Herzog & de Meuron — which also designed the “bird’s nest” National Stadium for the Beijing 2008 Olympics — has designed the building to be elegantly light, with a rectangular roof sloping inward, supported by thin white poles.
Meanwhile, the nearby car park will be shaded from the element by a system of solar photovoltaic panels, which are to power the entire stadium. A solar plant on location will convert solar energy to electricity. The overall cost of the stadium is estimated to be around $223 million.
After the opening in 2015, the Nouveau Stade de Bordeaux will host one of the 2016 Union of European Football Associations‘ European Football Championship matches.
First building powered by algae
There’s long been speculation and research about algae’s potential as a power source. The fast-growing plants waste three-quarters of the sunlight they absorb, so what if that energy could be captured and converted?
That’s the premise behind BIQ House, designed by architectural firm Splitterwerk. It’s a new algae-powered building that’s opening on April 25 as part of the International Building Exhibition (IBA) in Hamburg, Germany. The building’s east and south facades are covered in a system of louvres. Filled with microalgae, these louvres form 200 square meters of panels to power the building.
Each of the 129 approximately 8×2-foot panels form a sort of greenhouse environment for the algae, continuously supplied with liquid nutrients and carbon dioxide via a circuit through the facades. With the addition of sunlight, the algae is expected to proliferate, performing a secondary function of providing shade for the building.
When the algae has grown, it will be harvested and transferred to BIQ’s technical room. There, it will be fermented and converted into the biogas that will power the apartment building, producing up to five times as much biomass per hectare as land plants.
Splitterwerk is hoping the building will be able to run on nothing but renewable energy. As the first of its kind, BIQ House will also be a subject of study into how well algae can realistically serve as a source of energy.
Water we all need water to live. But at the same time all of us wasting water so much a day, check the below infographic how much we using per day and to produce food, drink and to having bath how much water we spending. Even for out daily use electricity need more water.
Prev image show to Produce some foods and milk , beer now lets see another infographic for how where does out water come from?
To Living Water Help’s us alot check the next pic
if we are saving power that means we are saving more water, Middle east countries getting water from sea in case. Huge paper companies cutting trees for paper productions and farmer going to face the water problem. while saving water we should plan trees in our gardens, schools, and other public areas. best thing we should educated our younger generation from schools so it helps to save more water and trees.