Protests erupt in Germany over green energy

Experts are predicting that if Germany’s energiewende – a massive, nation-wide push towards green energy – is successful, it will increase the price of electricity by nearly 20%. This has German citizens in an uproar, seeing as they already pay the highest energy premiums in the European Union. Protests have erupted across the country, raising the question:

How much is too much to pay for electricity?

Last year, Germany spent approximately $26 billion on renewable energy – a remarkably high number compared to the cost of generating electricity via fossil fuels and nuclear power.

Spiegel, one of Germany’s most circulated newspapers, has called energiewende an “aggressive and reckless expansion of wind and solar power.”

Following Japan’s nuclear power plant meltdown back in 2010, German policy-makers agreed to begin transitioning away from nuclear power. However, people are now realizing that their politicians idealistic promises come with a few strings attached. (Ok, maybe more than a few.)

Even the most scrupulous consumer is having difficulty following all the levies and surcharges hidden in the fine print at the bottom of their utility bills. According to some experts, the cost of running the nation’s power grid is going to spike by $0.2 per kWh in 2014.

“The political backlash [over energiewende] has now moved from the fringes to the mainstream, with even the German media calling for an end to the green lunacy,” claims Walter Russell Mead, Professor of Foreign Affairs at Bard College. “The costs of uncompetitive technologies have to be paid by someone. In Germany, these costs fall disproportionately on the poor.”

By the end of the decade, Germany hopes to bolster wind-generated electricity from 31,000 to 45,000 MW. What will consumers be paying then?

Yes, change can be difficult. But it shouldn’t strangle families financially.

The fundamental flaw in this whole situation is the population’s dependence upon a government-controlled resource. Energy shouldn’t be treated as a commodity. It should be treated as a tool. A basic human necessity. Like shelter, food and water – in the digital age, perhaps having access to electricity is the only way to survive. Perhaps it’s the only way to learn. To view the world objectively. To stay politically active and informed.

NRGLab is empowering people around the world with breakthroughs like the SH-Box, a portable, carbon-free generator that harnesses geothermal energy and converts it into useable electricity – for as little as one-third of today’s market cost! That’s $0.03 per kWh!

So, people of Germany, we beg you – don’t take to the streets. Don’t turn violent. Write your public officials and voice your displeasure. Then, visit nrglab.asia, and see how you can join NRGLab’s true energy revolution.

Gasification in your everyday!

I use the word “gasification” a lot when discussing possible directions for the future of energy, but not a whole lot of people understand what the process actually is. Well fear not! I’m here to make biomass gasification a little easier to understand by explaining how it affects your everyday life.

First, what the heck is gasification? Biomass gasification is the process by which biomass fuels like wood, coal, feedstock and agricultural residues are converted into a combustible mixture known as a producer gas (CO+H2+CH4) or synthetic gas (syngas). The process relies on heat, pressure and partial combustion. The oxidizer can be air, in which case the producer gas will contain nitrogen (N2), steam, or oxygen (O2).

Sound complicated? That’s because it is! Just listen to what gasification technology can be used for:
- Central heating, community heating, or process heating for manufacturing
- Electricity generating systems
- Internal combustion engines

Now, gasification isn’t exactly a new technology. It was first developed back in the 1800s as a means of lighting villages and towns. Miniaturized gasifiers were even used to power vehicles during World War II, when fuel shortages were common. But as technology has advanced, so too has our understanding of gasification’s potential.

It all boils down to the science, really. If gasification occurs at a moderately low temperature (between 700ºC and 1000ºC), the product gas will possess a high concentration of hydrocarbons. This means that low temperature gasification can be used directly to generate electricity via a steam turbine or, with suitable gas clean up, an internal combustion engine.

Conversely, high temperature gasification (between 1200ºC and 1600ºC) results in few hydrocarbons and a higher ration of CO and H2. This is known as a syngas since it can be used to synthesize chain hydrocarbons. If the ratio of CO to H2 is 1:2, synthesis can successfully convert syngas into high quality diesel biofuel – a fuel compatible with most conventional diesel engines.

Come on - you didn't think the fuel you pumped at the gas station just came out of the ground like that, did you?

Ultimately, gasification has the potential to lower commuting costs for motorists. It can power cities. It can shape foreign relations with countries in control of the supply of crude oil. It can bring energy independence to impoverished countries. It can bring an end to dangerous fracking operations. It can change the world!

By now, you may or may not have a better understanding of gasification (hopefully you do). But even if you’re still having trouble wrapping your head around the idea of “hydrocarbons,” don’t worry. Gasification is a complex process mastered only by those who’ve dedicated years to studying the science behind it.

If I’ve peaked your curiosity though, make sure you stop by nrglab.asia, and see what energy projects NRGLab has cooking up in development. Plus, you can learn more about gasification!

One way to reduce energy consumption – jack up the price!

Usually, governments attempt to reduce national energy consumption by educating the public on practical ways they can make changes around the home. Some offer incentive programs for making efficiency upgrades. Others pay for advertising campaigns – billboards, commercials, and free give-a-ways that remind you to “turn the lights out when you leave.” A select few countries, on the other hand, have chosen to take the opposite approach.

If you can’t get people to willingly curb their habits, jack up the price of electricity until people can no longer afford to be wasteful!

Both England and Wales increased the overall price of energy, and during a six-year span in which utility bills rose 28%, consumption dropped by 25%.

This information comes from a recent report out of the UK’s Office for National Statistics. The report cites residents throughout England and Wales who’ve made significant eco-improvements to their homes in order to combat rising energy costs. Back in 2008, a mere 44% of homes had proper roof insulation, compared to 60% last year. It’s no surprise that the jump corresponds with the U.K. giving consumers more incentive to purchase energy-efficient homes and appliances.

In a country mostly dependent upon natural gas for energy, many homes managed to make improvements to their waters heaters and air condition systems. After all, nobody wants to spoil that beautiful English countryside with more fracking drills and equipment.

The same sort of price-fixing is expected to occur in the United States sometime before the end of the decade.  According to the U.S. Energy Information Administration, levying home efficiency improvements will reduce the country’s energy usage per person annually until 2040.

In other parts of the world, leaders are coming together in hopes of figuring out other, less government-intense solutions. The heads of the Shanghai Environment Protection Industry Association and the China Clean Expo have agreed to collaborate on next year’s International Waste Management & Recycling Show. The show brings energy industry professionals together in an atmosphere geared towards.

Established back in 2002, the China Clean Expo is the country’s largest eco-friendly show, offering a unique trading and brainstorming atmosphere for waste management professionals. The expo showcases a wide array of technology and products, hoping one will prove to be the next big breakthrough. From waste processing and municipal equipment, to environment sanitation operations and processing technology – 2014’s event will have it all. Over 20,000 professionals and vendors from across the world are already expected to attend!

So, what’s the best way to change a bad habit: through reason, or a swift kick in the rear? It remains to be seen.

NRGLab is supporting the future of energy. For more information on our slate of projects currently in development, visit nrglab.asia.

The Evolution of Energy Consumption

Although little has changed for energy in terms of overall per capita consumption, the industry and our infrastructure have evolved significantly over the past several decades.

Improved insulation materials and instillation techniques, as well as an array of other efficiency upgrades, have made climate management considerably less intense. Homes are staying warmer in the winter. Cooler in the summer. At virtually no increased cost to the consumer!

People tend to think that cooling a house costs more than warming it, when in fact it’s the opposite! Heating actually uses MORE energy. 85% of American households feature either gas or electric-powered climate systems.

Energy consumption also varies by region. For example, in the United States, coastal cities consume much less energy (per capita) compared to the rest of the country. Electricity is now the “fuel of choice” in the South, a trend which is expected to continue as more of the population migrates that way.

This may not be the best solution when it comes time to pay your bills. Electric heating is a MAJOR energy guzzler. Electric dishwashers, water heaters, and clothes washers and dryers are just a few of the high wattage items responsible for your rising utility costs.

Unfortunately, wattage is a misleading standard by which to judge energy consumption. Some items you don’t use that often. Others require less electricity than low-wattage items you might leave on all day.

Plus, we can’t stop buying gizmos and gadgets! No matter how much we reduce our consumption by, our progress is canceled out by the new appliances we purchase. We have four different cell phones plugged into a single outlet. We have desktop computers. Laptops. Tablets.

Is there no end?!?

It's one thing to cut down on our personal energy consumption – it’s another to begin solving the problem at a fundamental level.

NRGLab is helping the world get a handle on energy consumption. For more information, visit nrglab.aisa.

Gasification: the future of energy recycling

We no longer have to rely on ticking-time bombs sitting just off-shore. I’m talking about oil rigs, of course. These ecological disasters in the making are obsolete compared to today’s technology.

Why risk another tragic spill, human lives, or the sanctity of Mother Nature just to save a few dollars on our monthly utility bills?

Luckily, NRGLab has developed innovative new equipment for the conversation of hydrocarbon crude and waste into electricity. From agricultural waste (sugar cane, rice, sunflowers, wild bushes, trees, etc.) to low-calorie coal and oil shale; from automotive rubber waste to municipal waste; from methane to methanol; our unique gasification techniques are going to revolutionize the way our world views energy.

First, in order to properly evaluate energy potential, we must take into account the type of combustible material versus its greenhouse gas emissions. During processing, fossil fuels like coal and crude oil poison our atmosphere with CO2 and NO.

This is particularly important because incineration stations are now under construction in a number of highly-populated cites. These facilities will also be twice as cheap compared to today’s standards. But will they be safe?

The lifespan of gas powered turbines will also increase two-fold as well, from 50,000 hours to 120,000 hours!

While alternative energy projects have proved frustrating for investors in the past (what with their decade-long returns and all), today, most of these projects are expected to see profits within three years.

A common misconception about energy recycling is that it requires more waste than what’s available. Untrue! Combined with local recycling efforts, more than 250 million tons of waste is sent to landfills across the U.S. each year. Even if recycling rates increased, there would still be enough waste left over to convert into electricity. People have a habit of being wasteful, after all!

Today, communities have two options in terms of discarding waste. The first is burying it in a landfill, which can emit harmful greenhouse gases like methane. The other option is taking the same waste and transporting to one of NRGLab’s gasification plants and turning it into useable fuel.

For more information on NRGLab and our slate of alternative energy projects, visit nrglab.asia.

You can be part of a greener future. All you have to do is reduce, reuse, and recycle your waste into electricity.

Your charger is sucking up electricity!

Think about how many electronic devices you own. A cell phone? Sure. Laptop? You bet. Tablet, perhaps? How about that music playing device? All of these electronic devices have one thing in common - a battery charger. 

You would never think that charger could utilize a lot of energy, but when you're dealing with four, five, or even six different battery chargers, it adds up. 

In fact, roughly two-thirds of the energy used by mobile devices goes wasted. "It may seem like it's a very small thing when you think of an individual charger, but given the number of chargers that are out there it has the potential of large energy savings," claims Susan Smith, a communications manager at Nokia.

The California Energy Commission in the United States voted to adopt minimum energy efficiency standards for these devices. California alone boasts 170 million chargers, excluding San Diego (which wasn't included in the census). The new energy efficient chargers will save Californians an estimated $300 million a year in electricity costs.

To raise awareness, companies like Nokia, LG, Samsung, and Motorola have developed a new ratings system to show consumers exactly how much electricity chargers use during "standby mode." Five stars designate chargers using 0.03 watts or less. Chargers that consume over than 0.5 watts get a big, fat zero.

Says Smith: "The first thing is to make people aware that there are these issues around chargers, and that there are certain ones that are more energy efficient."

The ratings are based on the European Commission's energy standards for chargers and the internationally recognized Energy Star standards established by the U.S.'s Environmental Protection Agency.

In the near future, you an expect to see more announcements concerning developments in eco-friendly mobile technology. From recycled cell phones to more efficient laptop batteries, solar powered tablets to carbon-free electricity, the sky is the limit when no idea is left unturned.  

That's why NRGLab has thought long and hard about the future, and we feel strongly about some of the ideas we've come up with. For more information on any number of our current energy projects, visit nrglab.asia.

Because change is good! Working towards becoming a better person, a better company, a better planet - now that's change we can believe in. 

Cut energy consumption from your computer & phone!

Just imagine – you’re two minutes away from pulling into your driveway after a long day at work. You reach into your pocket and pull out a smartphone. Click. Click. By the time you’re standing at your front door, the porch lights are on. Inside, the air conditioning is at just the right temperature. Even the TV is set to your favorite channel.

No, this isn’t science fiction. It’s Canadian!

Valta, a Toronto-based startup company, is looking towards the Internet to help fund their new energy-management technology. Combining an innovative outlet attachment with a central hub, an iPhone app, and a monitoring website, Valta’s technology promises to help homeowners tame energy wasting appliances with just a few clicks.

The outlet attachments feature built-in microchips that detect inactive energy guzzlers. Those chips can then send a text message alert to your phone, allowing you to turn the socket off completely!

You can also view which of your home’s appliances are in “standby” mode, which means they continue to sap electricity without actively being in use.

The technology utilizes a geofence to shut appliances off as soon as you leave the house, and then turn them back on as soon as you return. So even if you forgot to reach for your phone on the car ride home, don’t worry!

If you’re one of those people who likes to plan everything down to the smallest detail, you can schedule power on and offs, like turning on your entertainment system, fan, computer, or home office.

Valta’s technology can even track your energy consumption so you can see how your habits have evolved over time. Because energy consciousness has never been more important! Sure, it’s easy to forget about that lamp on in the other room. It’s easy to let the water run a little longer than need be. What’s difficult is changing our habits. Learning. Improving.

If we don’t improve as a society, and quickly, we’ll be left with one mess of a planet. Thankfully, companies like NRGLab and Valta are taking a stance and doing something about it.

 
Valta has the experience in cloud-network computer programming, iOS, hardware and electrical engineering.  All they need now is money. The company has turned to Kickstarter, the highly-successful crowd-based funding site, for $100,000 to get the gears turning.

Interested in pre-ordering Valta’s technology? The v-Hub and three sockets will run you $139 (about 55$ less than projected retail this Fall). Check out their Kickstarter campaign here: http://www.kickstarter.com/projects/671204280/valta-energy-usage-simplified

A golden future for green energy

According to a study published this week by the International Energy Agency (IEA), electricity production from green energy sources like wind, solar, and biofuels will exceed nuclear and gas by 2016, marking a huge victory for the energy revolution!

"As their costs continue to fall, renewable power sources are increasingly standing on their own merits versus new fossil-fuel generation," said Maria van der Hoeven, executive director of the IEA.

On Tuesday, American President Barack Obama revealed his plans to reduce carbon emissions by transitioning away from fossil fuels to renewable alternatives. "I'm setting a new goal," the President said. "[The U.S.] federal government will consume 20% of its electricity from renewable sources within the next seven years."

The IEA’s study analyzed trends in the global market, and expects over 20 countries to see an increase in clean power production. And not minimal, either – an increase by at least 40% during the next half-decade! In fact, the study predicts that green energy will comprise nearly 1/4th of the global market by 2018, up 20% from a similar study done a few years ago. That’s a remarkable turnaround when you consider the current state of the climate crisis.

So, why the sudden progress?

Countries like China and India are turning to renewables more and more in order to meet their staggering energy demands. These markets will offset the slowed growth in the U.S. and Europe.

It also helps that the cost of green energy has gone done significantly since the turn of the century. Wind turbines can now stay competitive with coal and oil-burning power plants in a number of countries, including New Zealand, Brazil, and Turkey.

Even the use of biofuels, which recycle agricultural waste, is up. The study predicts that “more than 50 countries will be generating more than 100 megawatts of electricity using biofuels by 2018.”

For years now, NRGLab has been developing high-efficiency gasification techniques, turning agricultural waste, rice husks, coal, and natural gas into cleaner-burning fuels. If you’re interested in learning more about NRGLab’s innovative energy projects, visit our website at nrglab.asia.

Make sure you’re there to cash in on the looming golden age of green energy.

Why own such a big, energy guzzling home?

Are you single? Are your friends trying to prepare for their future families by taking out mortgages on small houses? Well, if you answered “yes” to both these questions and happen to live in an apartment, then you’re substantially less responsible for global warming than your friends.

Apartments use an estimated 40% less energy than single-family homes, according to recent findings. Sure -- apartments tend to be on the small side. They can be noisy. And unpredictable. But by minimizing space and windows, they waste much less energy. Much, much less.

Over the past thirty years, without efficiency upgrades in multi-family buildings, the United States per-household energy use in apartment buildings has dropped 38%, according to the U.S. Energy Information Administration. The use of energy for heating fell a staggering 50%!

Other types of home have seen decreases in energy usage, mostly from efficiency improvements in regular appliances. But single-family homes still make up the bulk of real estate in the U.S. -- and obviously, that's the front where the energy war can be won.

Companies like WegoWise, a Boston firm whose analytics help people save money on utility bills, are focusing on the energy needs of multifamily home. It's a difficult task – how do you fairly go about dividing energy costs versus function for single versus multi-family homes?

ThinkEco, a company whose energy-saving products facilitate consumption reduction by enabling cloud-control connectivity to multiple energy loads, is hoping to dominate the windowed air-conditioner market. ACs are staples of older homes in cities such as Washington D.C. and New York. With more efficient models, these cities could drastically cut down on their utility costs.

In the future, energy-saving fads will come and go. But last year, in the U.S., 30% of new homes were multifamily buildings with more than five units. Buildings like these will help put a stop to bleeding electricity.

The answer is smaller housing! Practical living. Cooperation.

You don’t need a two-car garage, third story, or finished basement to be happy. Happiness is a state of mind. So ditch the energy-guzzling home. Settle for an apartment!

In desperate times, new map shows world-wide energy potential

NRGLab isn’t alone in helping the developing world obtain reliable access to energy. A program being instituted by the World Bank is helping countries map their energy potentials. The hope is that this new map will provide countries with a plan for creating a renewable, self-sufficient infrastructure. Fingers crossed.

The World Bank’s program extends beyond outdated solar and wind models to provide the real data governments need to understand their natural resource potential. Pakistan epitomizes the energy challenges faced by developing countries. Despite an abundance of renewable resources – hydro, bio waste, solar, and wind – one third of the nation's population lives without regular access to electricity. Pakistan has lofty goals for their solar and wind programs currently in development, while innovative projects like those offered by NRGLab go unnoticed.

“The importance of this resource mapping cannot be overstated,” says Arif Alauddin, Director of Pakistan’s National Energy Conservation Center. “The country’s energy shortage is unprecedented, tariffs are going up, and petroleum imports are eating up a large share of export earnings.  There is a need to shift to domestic renewable energy resources.”

While solar and wind maps have been available for years now, they fail to identify projects in the private sector in need of development funding.  So basically – the rich get rich, while everyone else in the science community struggles to get noticed.

This problem is why the World Bank joined together with nine countries, including Pakistan, Indonesia, Lesotho, Madagascar, Maldives, Papua New Guinea, Tanzania, Vietnam, and Zambia, to create a new map of renewable energy potential. Financed by the Energy Sector Management Assistance Program (ESMAP), the map will cover solar, wind, biomass, and small hydropower potential.

Resource mapping is a step in the right direction, for sure. But does it quite cover the array of energy opportunities presented by NRGLab?

With our revolutionary gasification techniques, NRGLab can convert all-natural gas, coal, risk husk, and APG into useable fuel. For developing countries, this means increasing their share of the global energy market, not to mention creating a sustainable, independent domestic infrastructure.

“Resource mapping is a crucial step in providing the resource and policy certainty that commercial developers need to scale up investment in renewables,” says Oliver Knight, Senior Energy Specialist at ESMAP.  “In addition, government authorities will be better informed in negotiations on specific projects, and donors will have a clearer sense of the data and capacity needs, as well as the renewable potential, of clients.”

NRGLab has been focused on this goal from the start. Providing consumers with a cost-effective, clean alternative is the solution to the energy crisis. For more information on partnering with NRGLab, visit nrglab.asia.

Together, we can ensure a greener future. For our children. And their children. For centuries after we’re gone.

New program cutting down universities’ energy consumption

A new program, called Emergency Demand Response, is empowering American universities to earn income for reducing their campus’ energy consumption. This comes in response to regular electrical spikes across the grid, since more people are inclined to blast their air conditioners and run fans all day long during the summertime.

Is your university on the list of those raking in the big bucks? This year alone, Muhlenberg College in Allentown, PA will earn $99,000. The University of Virginia - $192,000!

Just think of all the dorm room systems and multimedia libraries that go unused during the summer. That’s money that could be going towards other things. Like paying teachers. Renovating facilities.
So by now you’re probably asking, “How can I get my school involved so we can get some decent cafeteria food around here?”

Well, participation in Emergency Demand Response requires a university’s facility to be on ‘standby mode’ to reduce energy consumption during periods of increased grid activity, from June 1st to Sept. 30th.

"We want to be efficient as possible, and [Emergency Demand Response] is certainly a driving force," said Michael Brewer, Muhlenberg College’s director of operations. The money earned from the program has allowed them to construct automated electrical systems where software now manages energy efficiency.

At Ohio University, both the students and faculty are taking this issue seriously. 2013 marks the University’s third year with Emergency Demand Resources, and by 2014, they’re set to earn $47,000 annually.

Other institutions use incentives to raise awareness. "If someone makes a post on our Facebook wall about how they will cut their energy usage for an hour, they can win a water bottle," says Nina Morris, a faculty member at the University of Virginia. "Social media is helping to get the word out about our sustainability programs."

The only downside to the program is that a university is required to shut down power to its facilities if they receive a phone call from an official dispatcher. Now think if that university could oblige, earn money, and stay online all at the same time.

With the SH-Box by NRGLab, you could power a computer lab, a library, or the dean’s office without ever plugging into the public grid. Not only that – the SH-Box is carbon-free, so you won’t be contributing to the climate crisis.

It’s nice to see society finally coming together to find solutions that work for everyone. Curbing consumption and cutting down on carbon emissions is going to require a unified effort. From the U.S. to the Ukraine – it’s only one planet Earth. To learn more about NRGLab and the revolutionary new SH-Box, visit nrglab.asia.com.

In a globalized world, we need an energy cocktail

Power makes the world go ‘round. Banking systems. Information technology. Multimedia. These days, everything depends on electricity. But what if you live ‘off-the-grid’? Worse yet —what happens when energy becomes scarcer than gold?

Global demand for energy is expect to grow by at least 35% by the year 2030. While policy makers scramble to come up with answers, rising populations and longer life expectancies drive that number higher. How can this outrageous demand for electricity be met?

Developed countries represent two-thirds of the world’s crude oil demand, and the United States, Europe and Japan have already exceeded their demand ceilings. Today, China consumes more energy than the United States – something which was once thought impossible. Even with increased energy efficiency, rising incomes and improved standards of living means a greater demand for energy.

Environmental concerns continue to dictate the energy market. The question of global warming and carbon has never been more pressing now that atmospheric levels have surpassed 400 million parts per unit. Over 80% of the world’s fuel consumption is carbon based —oil, coal, and natural gas.

The transition to alternative, renewable sources of energy is already in motion. Wind and solar are improving, but still have major drawbacks.

The answer to this energy crisis requires a unique cocktail of solutions. Responsible consumption. Innovative thinking. And one large shot of NRGLab.

Our vision of a globalized energy grid is complex, and needs time to be realized by a majority of people who are simply too accustomed to using fossil fuels. Real progress means curbing consumption and investment habits. New techniques, facilities, buildings, and vehicles are like band-aids over the real problem of energy dependency.

The real solution is responsible energy independence. With a generator like the SH-Box, which is carbon-free and cost-effective, you don’t have to rely on dirty, expensive fossil fuels. In fact, you could be paying as little as $0.03 per kW, or a fraction of your current energy costs.

Interested in learning more? Follow us on Facebook, or visit nrglab.asia for more information on the SH-Box and NRGLab’s energy revolution.

Europe fights inflation even as energy costs drop

As the European Union makes headway on energy, inflation in the food and services industries offsets any real economic progress.

In April, Europe’s inflation rate increased from 1.2% to 1.4%. Sure, that may not sound like much, but when you consider how many transactions the average consumer makes on a daily basis (fill up the gas tank, coffee break, lunch, etc.) – it adds up. The inflation rate has been under the European Central Bank’s 2% cap since February, and as long as it stays there, economists don’t foresee any catastrophes on the horizon.

However, with Europe stuck in an 18-month long recession, politicians are seeking ways to boost economic growth. President Mario Draghi has already said he’s willing to reduce lending rates if the economy continues to deteriorate. That would allow more small business to open, and hopefully stimulate consumer spending.

Janet Henry, primary economic adviser at HSBC Holdings, has hope for the future. “As long as the European Central Bank’s baseline scenario of some recovery in the second half of the year remains in place, I would be very surprised if they cut rates again over the next couple of months,” she says. “They need to see a further deterioration from where we are currently rather than the stabilization they expect to see around the middle of the year.”

The recession is expected to come to an end in Europe’s second quarter. According to a survey performed by Bloomberg, their economy should see a return to growth in as little as three months.

However, as the price of energy drops (0.2 % this month after a 0.4% drop in April), food, alcohol, and tobacco prices are on the RISE - 3.3% to be exact. The service industry has suffered from inflation as well. They saw an increase of 1.4% compared to last month.

So although Europeans may be paying a fraction of a penny less for energy, they’re making up for it at the market. Unless you expect people to give up drinking beer, smoking cigarettes, and gorging on junk food, which is even less likely than an immediate solution to the climate crisis.

NRGLab is helping people save as much money as possible. With the SH-Box, a light-weight, carbon-free generator, you could be paying as little as $0.03 per kW for all-natural electricity. Forget about your allegiance to the utility company. Break free, and gain energy independence with the SH-Box.

Plus – you’ll have more money in that “rainy day beer fund.”

Higher education is failing. Enter the Internet to save the day!

The cost of higher education around the world is simply too high to have a positive impact on our children’s futures. Sarah Lawrence College in New York tops the list of the world’s most expensive institutions, coming in at a mind-boggling $61,236. That’s $45,900 for basic tuition, $14,312 for room and board, and another $1,024 in miscellaneous fees.

Seriously – who can afford to pay that for a four-year degree in an economy where no job is guaranteed? Are we really willing to burden the next generation with an insurmountable debt?

In Mexico, higher education costs range from $11,777 to a mere $527. In Japan, the average student pays $11,865. Only 33% of Australian families can afford to send their children to college, while in countries like England and Wales, that number drops to around 21%.

That’s only addressing the developed world. In places like Afghanistan, Honduras, and Somalia, higher education is the last thing on the agenda. These countries are busy fighting wars on numerous fronts – against disease, poverty, and tyranny, to name a few.

So do we give up and leave these developing countries to educate themselves? Over two-dozen prestigious universities in the U.S. and abroad say, “No.”

Brown, Columbia, Emory, Vanderbilt and Wesleyan now offer free courses online, joining the likes of the Mount Sinai School of Medicine, Berklee College of Music, Hebrew University of Jerusalem, University of British Columbia, University of London, University of Melbourne, and Hong Kong University of Science and Technology.

The internet is reshaping the way the world views education. Coursera, an online platform that features some 200 courses from 33 institutions, has drawn over a million students across the globe. Another site called EdX was founded by Harvard University and the Massachusetts Institute of Technology to allow absolutely ANYONE with an internet connection to complete independent certification programs.

Still, we have to remember that not everyone in the world has access to regular electricity, let alone an internet connection. That brings us back to our original question:  do we just give up and move on?

NRGLab doesn’t believe quitting is ever an option. We’ve dedicated ourselves to developing a clean, cost-efficient system of power generation with the aim of bringing electricity to the third world.

Because electricity is the seed from which all modern innovation flourishes. With an SH-Box generator in every home, on every island, across the driest deserts and wettest wetlands, not only can we can give people the security of energy independence, we can give them an opportunity to better themselves through education.

Not everything has to cost an arm and a leg in such uncertain economic times. See how affordable an SH-Box can be by visiting nrglab.asia and learning when we’ll be holding our next auction.