Based on the results of an Indiana University study, American drivers don’t understand electric cars, and base most of their judgments about plug-in vehicles on preconceived and faulty notions. This lack of awareness could hinder the auto industry’s push to produce more electric and hybrid vehicles.
The study, run by Indiana University’s School of Public and Environmental Affairs, surveyed 2,300 adult drivers in 21 different U.S. cities. Misconceptions about price and mileage were most common.
Ask a car enthusiast about the price of 1986 mustang parts and he or she can probably give you an accurate response. Ask the same person about the cost of electric cars, and they’ll often be way off the mark.
People understand electric cars are more expensive than gas-powered vehicles, but they don’t realize the difference can be expressed in thousands of dollars. Instead, they expect to pay a few hundred dollars more for a plug-in car. So when people go shopping for electric cars, they’re shocked by the extra cost, which makes gas-powered vehicles seem more attractive.
In recent years as the trend of being environmentally-friendly has risen, many car owners have switched to driving hybrid vehicles in the attempt to conserve energy, cut costs, and “go green.”
Although the general public understands that these hybrid vehicles present many benefits in terms of using less energy and being more efficient with gas, not many people are actually aware of how hybrid technology works, and what actually makes a hybrid car classified as a hybrid.
Overall, the automobile manufacturing industry puts these cars into their own classification because of the unique technology systems that they use in order to switch between fuel energy and electric energy while driving, and their ability to maximize the fuel efficiency based on driving environment, speed, and other factors.
Technology Behind Hybrid Cars: Economy of Fuel and Energy
Hybrid electric vehicles are an amazing technological feat in that they conserve energy while operating while maximizing power or auxiliary power through shifts in energy source. The technological advances in recent decades have made it possible for these cars to fulfill many different objectives while on the road. For example, one of the biggest technologies used by hybrid cars includes regenerative braking.
Artificial grass also known as synthetic turf is getting more and more popular both for sport fields and residential lawn. We have take a look on the major manufactures of artificial grass.
The GreenFields®, the leading European sports turf systems producer GreenFields is a TenCate company. TenCate is the biggest producer of artificial grass fiber. The head office of GreenFields and artificial turf manufacturing facility of 24,000 m2 is located in Genemuiden, The Netherlands.
They also have production facilities in South Africa, Korea, Algeria and United Arab Emirates and North America. They are well known for producing the sustainable turf that is designed to reduce CO2 emission. Main focus is on synthetic sports turf market, especially for soccer sport fields. GreenFields is certified by FIFA Quality Concept for football turf.
Furniture and appliances have been designed with the same technology for hundreds of years. In the past, a bed was just a tool for sleeping. In today’s technology-advanced and greener world, however, it is no surprise that the furniture and appliances of today are more technologically advanced than ever before.
In fact, the new trend uses “smart” technology to enhance the usability and technology for all users with a new twist. Take a look at some of these smart designs used in the world today to help people live in a more environmental-friendly home:
Since gadgets are such a part of our lives in the modern world, it is hardly surprising that new furniture designs reflect this fact. That is why many new furniture pieces are tech-ready. The furniture contains places to hide plugs and cords, built-in charging stations and USB ports, and even wireless technology and chargers to eliminate the need for cords in your home. Some furniture pieces even have stations to control the electronics in your home.
Everyone has a smartphone these days, but for some of us, having all this technology at our fingertips is doing more harm than good. Fortunately, there are tons of apps out there changing people’s lives for the better. I’ve weeded through new releases, version updates, and makeovers throughout the past few weeks to highlight five incredibly useful apps.
Argus was released last week, gaining lots of attention as an all-inclusive data app. It tracks fitness, diet and sleeping patterns, simultaneously pulling data from other apps in the Azumio network. The goal of Argus is to combine all health and fitness data (per user), making it one of the fastest growing apps on the market. Here are some quick facts about Argus:
Free; however, Azumio’s other apps run $1.99 if you are considering integration
4 Star Rating
Track hydration, vital signs, caffeine consumption, heart rate, movements, quality of sleep and sleep cycles
Automatic tracking via iPhone’s built in sensors
Pulls data from Azumio apps and third-party as well
In the world we can find some 40,000 publicly traded companies of which almost 80 percent are stationed overseas, and this is a good indication that there are interesting investment potentials outside the borders of the United States.
Looked at this in a different way, over 50 percent of the global $38 trillion overall market capitalization is owned by the worldwide arena, and American mutual funds keep nearly $500 billion in international investments.
With all these potential investments outside the U.S., international investments have become an excellent vehicle to diversify an equity portfolio. A number of people claim that there’s definitely a growing connection in performance between international and domestic markets.
But while international markets usually tend to react in the same way to news or developments taking place around the world, after a while, global and domestic markets have a tendency to behave in different ways, and this helps to keep the balance in a diversified portfolio.
These days, you even have better options and monitor new investing developments thanks to many (investor relations) IR apps.
It’s been noted several different times how important vibration monitoring is becoming these days, specifically when connected to the topic of nuclear power. However, what thoughts are made when vibration monitoring is connected to a different headline, like fracking? An important question seems to rise when the two are compared: can vibration monitoring make fracking safer?
Fracking, You Say?
Fracking is a term that is also known as “hydraulic fracking.” Simple put: this is considered to take place when fractures are forced into a rock layer by pressurized fluid. Though this process can happen naturally, it can now be seen to force oil and natural gas from shale.
So, is fracking actually safe? And how is fracking affected when vibration monitoring takes place?
The Connection Between Vibration Monitoring and Fracking
It’s been noted that while drilling and multistage fracking are actually driving the shale oil and gas revolution upward throughout North America, professionals are discovering that what works in one specific field may not be best for others. In fact, each new site must be studied and constantly innovated.
We’ve all been through those moments where we really need the internet to cooperate and it just won’t do it! In our day and age, we want it fast and we’re quick to blame our internet service providers when we’re not getting it.
Here’s the thing though—it’s really not always their fault. When you’re dealing with wireless anything there’s a great deal that goes into how it performs; most of which relies on minimal interference and optimal configuration for everything to work together properly.
So, before you call up your internet service provider and yell, “Fraud! I want my money back!” it’s a good idea to understand what might actually be slowing down your connection speeds.
Here’s a few tips to get you started:
MEGABYTE & MEGABIT—KNOW THE DIFFERENCE
They look and sound almost exactly the same, but one actually comprises the other. A megabit is abbreviated as Mb and it takes 8 of these to make up a megabyte, abbreviated as MB. If you recently tested your connection with a program such as Netgear and it reported a 1.5MBps connection, that’s 1.5 MEGABYTES per second, which equals 12 MEGABITS per second.
TenCate, the advanced technology company, recently won a tender for installing synthetic turf on the sport fields of the Dutch Jupiler League stadiums.
One of important factors for choosing TenCate grass was innovation and the sustainability of their artificial grass system called GreenFields MX.
This is the first official synthetic turf pitch in which a number of new developments have been combined, resulting in optimum ball and playing performance and full recyclability of the pitch. The innovative matrix weaving pattern additionally has a positive effect on the rotational resistance of the player’s feet.