Enel Green Power: Let's Innovate. The Challenge Begins.

Five Challenges to drive innovations in Renewable Energy


As a subsidiary of one of the world’s largest energy providers, Enel Green Power concentrates all their efforts on the production of renewable energy through a variety of sources. With a presence in four continents and 735 active power plants globally, it is truly a transnational corporation leading the way in the production of geothermal energy, hydropower, solar energy, biomass, and wind power.

As part of their continual strive to improve renewable energy production and further diversify the energy mix, they have launched five Challenges through their own online platform. These Challenges are looking for early-stage innovative technological solutions and proposals that centre around five key issues that are highlighted below.

  1. Use of drones / satellites in renewable plants

Enel Green Power is looking for effective and concrete proposals of drones and satellites use for power plants during the engineering and construction phase, and operation and maintenance activities. The challenge is to propose an effective way to use drones in renewable power plant management to improve safety, decrease maintenance costs, number of faults etc.

  1. Automatic Assembly of photovoltaic plants

Enel Green Power is looking for automatic assembly systems but it seems that there are very few solutions available on the market, proposed by literature, applied by other electrical utilities worldwide, or in early stages of development. The challenge is to design a system able to assemble solar power plants automatically.

  1. Photovoltaic Panels Cleaning

Periodical cleaning of solar panels is very important in order to produce and deliver the maximum amount of energy to the grid. Enel Green Power is looking for some solutions which include: Water free solutions (robots installed at string level), and Cleaning with tracks that use water and brushes (necessary water and vehicles fuel consumption). The challenge is to find an effective and inexpensive solution to clean solar modules.

  1. Wind Turbines generators blades anti-icing and de-icing systems

Wind turbine performance can be significantly reduced when the surface integrity of the turbine blades is compromised. The challenge is to find out an effective and inexpensive way to avoid ice formation that can be feasibly applied on new blades or on blades already installed.

  1. New geophysical prospecting techniques

In order to find out the right places of where to drill new wells, Enel Green Power performs geophysical surveys, with the aim to obtain, through the surface detection of some physical parameters of deep geological formations, indirect information useful for the reconstruction of the geothermal model. In this Challenge, Enel Green Power is looking for new geophysical prospecting techniques.


How an innovation in magnets could make nuclear fusion power a reality

How an innovation in magnets could make nuclear fusion power a reality

How an innovation in magnets could make nuclear fusion power a reality

Using recent innovations in magnet technology, engineers could be able to make nuclear fusion power a reality.

A joke that nuclear engineers like to tell is that commercial nuclear fusion power is a technology that is 50 years away and has been for decades. ZME Science reports a new engineering breakthrough that might shorten that time considerably.

The way that a standard fusion reactor, called a tokamak, works is that hydrogen isotope atoms are smashed together to form helium and a great deal of energy. The resulting plasma, which is hotter than the cores of stars, is contained by powerful magnets that also serve to sustain the fusion reaction.

The problem is that previous controlled fusion experiments have consumed more energy to sustain the reaction than the reaction produced. This problem is where the new breakthrough, developed by researchers at MIT, comes in.

The MIT engineers have developed new magnets made of rare-earth barium copper oxide (REBCO) superconducting tapes. Magnets made of the new material create a magnetic field almost double the strength of magnets that have hitherto been used.

The development means that the plasma can be confined to a smaller space, which means that the fusion reactors can be built smaller and more cheaply. More importantly, doubling the strength of the magnetic field increases the energy produced by the fusion reaction 10 to 16 times previous results, more than enough to make the reactor a practical generator of limitless, clean energy.

The design of the reactor using the new magnets will be much like the $40 billion tokamaks being built in France, but for a fraction of the cost and a fraction of the time it takes to build. The reactor will be able to sustain a fusion process, unlike the French tokamak, which can only create a fusion reaction for few seconds. Thus, the innovation may cause a fusion future to at last become a reality.

Innovation Management's 5 Must-Haves

Innovation Management’s 5 Must-Haves

Innovation Management's 5 Must-Haves

The best and only chance to innovate is by creating project teams comprised of the professionals with the collective skills to design and produce what the customer needs.

Good managers can manage anything, right? Not so. Managing innovation is a world apart from the days of traditional top-down styled organizations.

Here’s why. Savvy stakeholders know that only a laser focus on happy customers translates into sustainable success and significant market share. And in our highly competitive, fast-paced global economy, only innovation as the norm attracts and retains happy customers.

Let’s take a look at innovation management’s five must-haves to create an enterprise in which innovation is the norm.

1. Project teams

Erase that old organization chart from your mind—and more important, from the minds of your employees.

The best and only chance to innovate—really to develop any new product or service virtually defect-free and at the lowest cost possible—results from creating project teams comprised of the professionals with the collective skills to design and produce what the customer needs.

If the designers are sitting in a room talking only to themselves, the engineers may develop a process that skews the desired outcome. The defective product then has to be retrofitted or redesigned. Ask Fiat-Chrysler how that’s working for them now that the National Highway Safety Administration has fined them $105 million.

Project teams ensure that the design and the process to develop the product will work hand-in-glove and produce a successful outcome the first time. Cross-collaboration and teamwork have built-in course corrections along the way.

2. Risk takers

There used to be a certain comfort level in narrowly defining your own role and the role of others. That old org chart was safe.

Innovation, on the other hand, is messy. It’s fluid. Embedded in an innovation culture is a collective willingness to turn away from the well-worn, safe path and embrace test after test—even persist—when an idea seems worthy of the effort.

Innovation management calls for deciding which ideas merit a serious collective investment, and then rewarding collective risk taking along the way.

3. Adequate resources

If you have watched TV’s “Shark Tank,” you know how often entrepreneurs have a recognizably novel idea but virtually no sales. Why? They don’t have the capital to push enough product to test the marketplace’s response. Do they get a deal in the Tank? Almost never.

Adequate resources is not the same as an unlimited supply of resources to ensure the product’s success. It requires instead that the C-suite and the Project Manager develop a realistic budget that reflects what the project team needs, in human and other resources, to design and develop a new product.

The good news? A project team with its built-in creativity and flexibility, may be able to identify a new process, a new supplier, or a new design that saves resources in the end.

4. Crowdsourcing, outsourcing, and partnerships

Old-style corporations attempted to contain all the skill sets, resources, and processes for their products in house, which created lumbering, unwieldy organizations with too many layers and high overhead costs.

Newer enterprises have learned from that lesson, and the best of the older ones—like Nike, IBM, and even NASA—have, too.

Innovation management comfortably pivots outside the enterprise to attract skills and other resources as needed to design and develop new products with lower costs. These days a manager and project team turn to crowdsourcing, outsourcing, or other types of partnerships (public-private, for instance) to devise the best solutions for customers.

5. Customer feedback

Finally, innovation management requires building relationships with customers to ensure that product ideas will have traction with consumers, and that product designs are user friendly. Seeking customer feedback at key junctions during the design and development process is the only way to avoid the need to retrofit or redesign later.

Innovation management means building a culture that is flexible, focused on customers, and comfortable with risk and change. The reward is a brand that becomes known over time for offering new and exciting products and services.

An Innovation that Increases Food Production by Hacking Photosynthesis

An Innovation that Increases Food Production by Hacking Photosynthesis

An Innovation that Increases Food Production by Hacking Photosynthesis

By hacking photosynthesis processes in plants, scientists are working to increase crop yields without using more resources.

With human populations continuing to grow and with the amount of arable land steadily running out, scientists are trying to figure out innovations on how to increase crop yields without consuming more resources. According to a recent article in Gizmodo, some researchers are thinking about how to hack a process called photosynthesis in order to grow more food.

As anyone knows who remembers their high school biology class, photosynthesis is a process that most plants use to convert the sun’s energy into chemical energy, i.e. sugars. The problem is that plants are very inefficient solar collectors, converting only a few percent of the photons they receive into biomass. However, in theory,   that amount can be boosted to 12 percent.

Thus far, scientists have only achieved some success in creating more light efficient algae used to create biofuel. However, there is no reason higher plants cannot also be engineered in the same way. Techniques being considered include creating more efficient light gathering pigments to finding ways for plants to absorb a wider spectrum of light than they currently are able to do.

Another substance that plants absorb to create biomass is carbon dioxide. Here too, the efficiency of plants to absorb CO2 can be boosted. A happy side effect would be that more of that greenhouse gas will be absorbed into plants and be used to create biomass and oxygen.

The third method that scientists are looking at to improve plant efficiency is a concept called “smart canopies.” Because of evolution’s survival of the fittest, some plants tend to block access to sunlight for others. Creating plants that share more sunlight with other plants would go a long way toward increasing their yields, without consuming more resources.

Skoll Global Threat Funds

Seeker Spotlight: Skoll Global Threats Fund

Skoll Global Threats FundToday we’re speaking with the Skoll Global Threats Fund, who have just launched their latest challenge on water/climatic events.

Thanks for joining us today. To start, could you tell us a bit about Skoll Global Threats Fund’s mission and key activities?

 The Skoll Global Threats Fund is a private foundation based in California and we are committed to safeguarding humanity against global threats. In particular, we focus on a number of global threats that this challenge touches on: water, climate, and pandemics. We believe that the dramatic advancement in data and technology in the past decade, as well as our ability to connect with different people from different sectors, has the potential to give us some exciting solutions to tackle these very big threats that we face.

Why is this an important public good problem?

 We live in an increasingly interconnected and complex world. While the rapid exchange of goods, information, and ideas has brought opportunities to many, the increased interconnectivity has also increased our vulnerability to systemic risks.  In the last 10 years, we have seen an increasing number of water and climate shocks, such as extreme local floods and droughts that have triggered global crises and led to disease outbreaks, social unrest, migration, political instability. For example, droughts in China and the Middle East and a heat wave in Russia all contributed to high food prices that contributed to the start of the Arab Spring. We need a better way to monitor and alert if, where, and when these types of events may happen in the future.

Briefly, what are you looking for with the challenge?

We are really looking for new ideas and new approaches that can identify early indications that a water or climatic event in one location, such as floods or droughts, can trigger direct and indirect impacts elsewhere in the world. It is exciting to sometimes hear that there is so much data in the world, but what we are looking for is how to harness that data to solve big global threats.

What could strong submissions lead to?

We believe that the strong submissions can be the beginning of creating a near-real time monitoring system to predict these types of globally networked risks. As sectors tend to be siloed, and data disparate, we hope that  the submissions can lead to creative ways of fusing and analyzing data across disciplines, for a more thoughtful and informative analysis.

Any final words of advice or guidance for people looking to enter the Challenge?

We are really excited to see what the solvers come up with! We are looking for new, unusual, and diverse ideas. We are really hoping to see that a new network of innovators on water and climate shocks emerges out of this competition.

Graphene filament lights are an innovation that could create photonic circuits

Graphene filament lights are an innovation that could create photonic circuits

Graphene filament lights are an innovation that could create photonic circuits

Innovators trying to create circuits that run on light rather than electricity may have hit on the perfect solution in graphene.

When Thomas Edison first created the commercially available light bulb, after copious trial and error, he used a carbon-based filament that glowed when electricity was passed through it. Researchers looking for ways to build circuits that run on light rather than electricity have hit upon a new form of carbon, graphene, to create the world’s smallest light bulb. Graphene is a form of carbon that is one atom in width. Tiny strips of graphene emit light when electricity is passed through them, just like the filaments first produced by Edison and the modern ones made of tungsten.

The properties of graphene and how they can be used are the subject of ongoing research. One property that makes it an ideal part of photonic circuits is that graphene does not conduct heat as efficiently as conventional incandescent bulbs. That means that a graphene transistor would work pretty well as part of new devices that run on light rather than electricity.

The implications for innovations in everything from computers to handheld devices are profound. The limiting factor for conventional circuits is that electricity can only run so fast through a wire. Light, by definition, moves at the speed of light. Light can also be tuned to various wavelengths, providing a wider array of signals than the on/off 0 or 1 system that conventional electronic circuits provide. Photonic circuits using lasers and LED lights are already in use in a number of applications. The circuits using graphene lights will be the same size as conventional electronic circuits, but more efficient.


The Thomson Reuters/CodeX 2015 Legal Tech Open Innovation Challenge – Docket Analytics

The Thomson Reuters/CodeX 2015 Legal Tech Open Innovation Challenge – Docket AnalyticsThe practice of law involves various forms of prediction and analysis, and historically legal professionals have relied on personal professional experience to attempt to accurately predict various outcomes. This professional experience may be augmented using the combination of detailed historical data and data analytics to increase the accuracy of predictions. Data analytics enhance attorneys’ ability to recognize business opportunities and to provide effective representation by arming them with better predictions about the future.

In this open innovation Challenge, Thomson Reuters and CodeX – The Stanford Center for Legal Informatics (http://codex.stanford.edu/) – have partnered to invite legal professionals, programmers, entrepreneurs, data scientists and any other interested parties to utilize years of federal court dockets along with outside data sources and Thomson Reuter’s PermID to develop an application that provides high value analytics to legal practitioners.

This Challenge has a special award structure with three awards of $20,000,$15,000, and $10,000 for 1st, 2nd, and 3rd place, respectively, for granting the Seeker a non-exclusive license to practice the solutions. In addition, up to four more Honorable Mention awards will be given. Each awardee will have the opportunity to attend the 2015 Thomson Reuters/CodeX Legal Tech Showcase event to be held at Stanford in November 2015 and be provided with a $2,000 stipend to attend the event.

Click here to view the challenge >>

Energy from Wi-fi Signals May Speed IoT Technology And Innovation

Energy from Wi-fi Signals May Speed IoT Technology & Innovation

Energy from Wi-fi Signals May Speed IoT Technology And Innovation

The Internet of Things may soon be powered by the excess energy in wi-fi hot spots.

Promising research suggests that the innumerable sensors and actuators deployed in the Internet of Things (IoT) may eventually be powered in part by energy drawn from wi-fi hot spots. This development could ultimately contribute to IoT technology & innovation. Recently, BBC News reported on the breakthrough work of researchers in the state of Washington.

Wi-fi Power Stored, Then Used 

As a part of the experimentation, researchers altered an ordinary battery-free surveillance camera so that it can capture power from wi-fi signals. A capacitor for storing the power made it possible for the intermittent release of energy necessary to take photographs. Specifically, they assert that the system captures enough power in 35 minutes to allow a surveillance camera to capture a single image. The team also captured enough power from wi-fi radio signals to operate a temperature sensor.

Wi-fi Signals Generate Adequate Power

The concept, simply dubbed “power-over-wi-fi,” is now advanced by researchers at the University of Washington in Seattle. A lead researcher at the school’s Sensor Systems Lab is a PhD student, Varnsi Talla. He and his team first discovered that power levels in ambient wi-fi signals were reasonably close to the operating voltages of certain IoT devices that require very low energy levels to operate.

Need for a Consistent Power Source

Ordinarily, the nature of wi-fi signals works against the idea, because intermittent short signal bursts are a less than ideal source of power. However, when low-level noise is broadcast over such networks among signals, there’s a consistent source of low-level power. To accomplish this, they altered routers to broadcast low-level signals even when data was not being transmitted. They assert that this technique did not appear to slow data transmission.

At InnoCentive, we actively monitor a wide range of exciting technological developments and innovations. To learn more about how our crowdsourcing ideas might enhance your success, please contact us.

A innovation that allows the deaf to 'feel' sounds

An innovation that allows the deaf to ‘feel’ sounds

A innovation that allows the deaf to 'feel' sounds

Sensors picks up sounds and vibrate, allowing the wearer to feel rather than hear sounds.

Many types of wearable devices attempt to enhance a human sense that for one reason or another has been impaired. Eyeglasses and contact lenses are a classical example, dating back to even before “wearable device” became the next big thing. Cochlear implants and hearing aids have helped the deaf to hear for decades,

A new type of wearable device, according to a recent story in the Atlantic, has succeeded in substituting one impaired sense, in this case hearing, and has succeeded in creating a brand new one that works almost or even just as well. The device is called the VEST or the Versatile Extra-Sensory Transducer, an innovation with some profound implications for the deaf and hearing impaired.

As its name implies, the device is worn as a vest over a person’s chest and torso. A suite of sensors picks up sounds and vibrates, allowing the wearer to feel rather than hear sounds. The neat trick about the VEST is that the vibrations are not code that the wearer has to learn to interpret. The vibrations occur at the exact frequency on which the sound is taking place.

The team from Rice University that developed the VEST, led by neuroscientist David Eagleman, tested the wearable device on a 37-year-old deaf man. Within five days, the man was able to understand spoken words. His brain had rewired itself to interpret the sounds, giving him a new sense that now substitutes for the hearing he has lost.

The VEST has obvious applications beyond helping the hearing impaired. Virtual reality would be enhanced by allowing people to feel as well as hear and see. Anyone remotely controlling a device such as a drone would be able to “feel” the device’s movements and status. The possibilities are almost endless.

How a Simple Innovation Could Help People See in the Dark

How a Simple Innovation Could Help People See in the Dark

How a Simple Innovation Could Help People See in the Dark

Field tests of people treated with the night-vision formula showed that they had remarkable ability to navigate in the dark in a variety of environments.

IO9 recently reported on a simple innovation that concerns an eye drop that enhances a person’s night vision. The group of self-descried “biohackers” called Science for the Masses decided to see if a chemical chlorophyll analog called Chrolin e6 could induce night vision. The experiment was wildly successful, causing people with normal vision to see 160 feet in darkness for a brief period.

Science for the Masses refined a formula developed by Totada R. Shantha by adding insulin and dimethlysulfoxide. The formula affects the way the retina’s light-sensing rods see in the dark. It is delivered by eye drops through the conjunctive sac of the eye that leads to the retina. The drops take about an hour to take effect. Field tests of people treated with the formula showed that they had remarkable ability to navigate in the dark in a variety of environments. No side effects seemed to have manifested.

The biohackers caution that using this formula is not the sort of thing one should try at home, since improper use could damage the eye. But, in the hands of a health care professional, the CE6 formula could have a great many applications. Treatment for people with night blindness and other diseases is just the start. Soldiers, police, and other people who have to operate in the dark could use the eye drops to temporarily enhance their night vision, eliminating the need for night vision eyewear.

Naturally, a lot more testing lies ahead before the formula becomes commercially available. But Science for the Masses showed what a small group can do, given imagination and gumption.