- Our Message To Industry Players - 

Obviously, we are an outsider in the energy industry, as a start-up, we are currently a never heard company, but our team is made up of specialists, consultants, and senior engineers who have been working at the international level from reputable and leading energy companies. We truly understand the energy problem head-on at its core, which means we know how to fix it. We believe our resolve is far more advanced than any clean energy technologies we have in the market today, and we are confident to say that the solution to the clean energy crisis can be fixed by a start-up "Rollie Wind Energy Technologies" (RWET).

The Renewable Energy (RE) Industry should not get offended when we make strong revelations with facts in identifying REs unfixable problems, they are real and known weaknesses. Only when we acknowledge failures within the system can we make a series of improvements on it, or if not enough, we must find a better way of doing things that can produce a better result. This is the primary reason we (RWET) existed to fill that big gap of opportunity by fixing the unresolved failures and bringing in the real solutions that are mandatory to accelerate the energy transition and climate action.

Our claims are so huge, as stated, beyond the reach of industry energy players. It sounds complicated, unbelievable, and impossible right? That's a yes for people with typical mindsets, but it's a no for the few gifted ones who created this thing. This newly invented technology has no new science and no new materials we employ an old science overlooked by our great scientists and modern research centers. Kindly don't complicate your thoughts, our invention has made it simple.

We are not a competitor nor a threat to your corporates and livelihoods. We can work together to rebuild a prettier world than what we have today for the Next Generation to enjoy a wonderful world to live in. 

A joyful green world economy is underway but unnoticed = Profit + Clean Environment + Enjoyment.

Everyone is welcome to join the transition alliance by donating the funds needed to build the 1st pilot project of 10MW And 30MW Per Turbine. We encourage collaboration, let's get this done the earliest to realize a meaningful energy transition. Don't allow of being left behind.

FIND OUT BELOW

"THE TRANSFORMATIVE WOW FACTORS"

Brief Comparison Over Other Wind Turbines In The Market Today

1.  Huge Generating Power Capacity

      The nominal planned capacity has an average of 36MW as our standard for a 30MW minimum deployable power

      per turbine and is scalable to 50MW, the increased capacity gets more viable in all aspects. The premium 50MW 

      turbine is suitable for large-scale wind farms above 1000MW capacities at onshore or offshore farm locations. 

      We unlock major roadblocks restricting the industry from abundant harvesting power by optimizing wind secrets.

      RWET huge generating capacity is a key driving element to fast-track the energy transition the cheapest way.

      By Comparison

      Most onshore wind farms have planted 1 to 3MW per turbine position, which has occupied a vast amount of lands,

      and entails an additional cost on rentals, land development, and cable interconnection systems. Their offshore

      wind Farms opted for higher capacities to 5 and 8MW. According to wind energy experts, a 12MW capacity seems

      to be the limit of conventional wind turbines because by further increasing its capacity will become riskier and no

      longer viable in all aspects of investments, survivability on furious winds, engineering, maintenance, and safety. 

2.  The Lowest Tip Height Of All Turbines

      The designed tip height of Rollie Wind Turbine is 60 meters only for a 36MW installed capacity, if the capacity

      is increased to 50MW its tip height is calculated at 80 meters only. When our wind turbine is located at windy     

      area facing the vast seas on high grounds, a 50-meter high is sufficient enough to produce rated power output. 

      By Comparison

      Most onshore wind farm turbines have a tip height of 142 meters for 1 to 3MW capacities, while an offshore

      turbines tip height averages 167m for 4-5MW, 200m for the 8MW, and 260m for the planned 12MW.

      This seems the downside of conventional wind turbines, as they increase their power capacities, it requires a

      mandatory increase on their heights. The risk is clear, most of these turbines could be knockdown when hit by 

      a 140Kph wind speeds from moderate typhoons because some turbine components and tower supports are 

      unfit physically for a real combat to sustain destructive winds above 150Kph for economic reasons. 

3.  A Soft Starter From Rest, Can Produce Power With The Lowest Wind Speed

      Rollie Wind Turbine was invented to take off by a soft start, just in a count of 10 seconds, the huge turbine can

      start and will continue spinning to produce power even at a low wind speed: 10Kph (3m/s) with no backup

      electric motor, and loves to continue producing rated power above cut-out at 88Kph (24m/s) a mark set out by

      conventional turbines. RWE turbines will still be doing normal business and producing rated power by simply

      playing with the winds up to 150 Kph (41m/s) briefly explained in No.5. An estimated productivity rate by RWE

      is 85% of the total no. of hours annually, compared to a 50% productivity rate by conventional turbines. 

      By Comparison

      Most onshore and offshore conventional wind turbines can hardly start at low wind speed of 3m/s and the worst

      it stops spinning, becomes idle, and produces no power. To restart, some maintenance crews had to employ

      electric motor to aid the rotor to spin at low wind speed which could take hours. These are the unfixable

      downsides of conventional wind turbines, does not produce power at low wind speed below cut-in 14Kph (4m/s),

      and also it does not produce power at high speed winds above rated by invoking a cut out mode at 88Kph.     

      Record reveals by the industry, most installed conventional wind turbines can only produce power on an average

      of 50% of the total no. of hours annually. Means, the other 50% of time is zero output = unhealthy business. 

4.  No Hauling Of Long Blades For Delivery To The Project Site

      Obviously, this is a super huge Wind Power Plant Generation System that can produce 30 MW of power per

      turbine position, but what is so unique about this invention is the longest material is only 24-meters long for site

      delivery by ordinary hauling trackers to any type of roads and project locations without causing traffic issues. All

      materials and parts shall be assembled at the site by Stick-built and Hook-up methods: simpler, faster, and safer.

      There is no involvement of expensive rentals and mobilization of special heavyweight and tall crane equipment.

      By Comparison

      Wind Farms with conventional wind turbines have restrictions on deliveries due to the long haul of the turbine

      blades, and can hardly execute onshore projects due to site delivery restrictions. For wind companies and energy

      operators to be relevant, they evaded road deliveries and have shifted to colonizing the vast seas and planted 

      hundreds of turbine structures and to thousands more in the future. However, it gets more costly due to the   

      higher cost of foundations, structural supports, the rental cost of maritime vessels, and special crane equipment.

5.  No Over spinning From Excessive Winds, Maintains A Rated Power

      Rollie Wind Turbine is one of a kind and unmatched, will not overspin from excessive winds, shall maintain to

      produce rated power at destructive times due to their advanced training to just "Play Around with Excessive Winds"

      beyond the cut-out mark. We unlock inventively the philosophy of "Wind Secrets," which we adapted to protect  

      Rollie Wind Turbines off from unwanted overspin. The turbine components at play shall confront the excessive 

      winds in a manner they are created and trained to play safely against the unfriendly winds by converting them into

      safe drivers controlled digitally to maintain the rated turbine spin needed to drive the generator at rated RPM to

      keep producing the rated power uninterruptedly regardless of the presence of excessive winds at the farm under

      attack. It's always Business As Usual. If there is no overspin, means no cut-out, and turbines are safe from burning.

      By Comparison

      Every wind turbine that is currently installed across wind farms globally is at risk of overspin before burning. 

      Why? coz they are born to overspin there is no way to prevent it, so their solution is adaptability by surrendering to

      overspin and resorting to cut-out mode and hope to survive by a small margin, seems pitiful and helpless, like foot

      soldiers with no training and skills mobilized into the front line for a war they cannot win only to be slaughtered by

      powerful enemies, programmed to surrender when attacked, and has to endure severe punishments while on target

      in an openly defenseless position during storm wars. Seen as a heart-breaking ending scenario for wind farms. 

      There have been so many cases of such burnings caused by the said overspin. In fairness, wind engineers are truly

      working hard to find solutions but struggling to address this issue head-on, they employ aerodynamic air brake

      techniques by pitch control but is simply a cosmetic solution maybe is good at working on nominal excess winds.

      Definitely, it will fail when confronted head-on by aggressive winds under a moderate cat-1 140Kph windspeed,

      but what about a cat-3 Hurricane of 200Kph? and cat-4 of 250Kph. They are preparing to attack soon.

      The untold technical issue is the gear assembly which holds and turns the blades at the joint of the rotor which

      is designed to pitch the blades during excessive wind attacks and will not last for an hour of sustained resistance,

      why? because they are not designed to do the job on aggressive winds due to economic reasons, so their cute

      electric motor and battery systems driving the gear assembly will be overpowered by the excessive pitch wind

      pressures acting on the spinning blades, next is? the whole pitch system will fail, and the rotor will overspin freely

      at uncontrollable mode, at this point, any additional speed control system on the shaft will be overpowered by

      the over-spinning rotor, also Brake Pad Disks will develop excessive friction and heating enough to cause a fire,

      similarly, the generator will overspin excessively far beyond the designed RPM limit, and spot-on next is burning

      of the Nacelle. By logic, over-spinning creates many forms of risks. This unsolved case of overspin equates to

      the burning of the Nacelle, it happens every time. Unfortunately, there is no exemption on this. Sadly, wind turbines

      planted across wind farms are defenseless, awaiting notorious winds to hit them hard, overspin, burn, and burst. 

6.  The One And Only Turbine To Survive A Category (5) Super Typhoon 320Kph 

      The message is clear, we are facing a threat from environmental disasters due to an escalating degree of global

      warming. Our great scientists warned us of more and stronger typhoons to hit us from today and in the future.

      FAQ: Are Renewable energy farms safe from future storm war attacks: like a wind speed of 250Kph? A Big No.

      For us, it's Yes!, our turbine can even survive a category-5 hurricane attack: 320Kph, most notorious wind speed

      ever recorded in the history of mankind to hit communities in the Philippines, Haiyan 2013, 305Kph at landfall.

      Rollie Wind Energy is leapfrogging with technological advances in wind energy generation, far advanced than any

      conventional wind turbines flooding the market today. We invented a new wind turbine to survive the harshest 

      wind conditions, which can switch into a storm war mode. During a storm attack, RWE turbines will invoke the

      principle of "Play With The Enemies" and has to "Play Around and Just Manipulates The Storm Winds" to safely 

      survive every destructive and most notorious wind, including a category-5 Hurricane attack at cross-hair. RWE

      turbines are comparable to well-trained special forces at the front line, which can survive extreme storm wars.

      The structural support systems fully exposed against the destructive winds are engineered to survive a 320Kph

      wind speed with no expected damage. RWET employs a patented Rollie Rack Building System, a robust and rigid

      structural framework economically scalable to any form of structural applications and size to withstand safely

      against the most notorious wind forces. 

      Dramatically, right after every typhoon and as the wind settles down back to its reasonable speed, RWE's wind

      turbine will get back to its normal business by producing power. Peeping over a similar situation of a wind farm

      planted with conventional turbines, the post-report is likely horrible, a devastated and destroyed farm, no more

      business after a category-3 hurricane attack. These are standing and active risks awaiting all existing farms. 

      The inventive acts and technical advances of RWE turbines have solved many unfixable problems of turbines

      burning, overspin, break-outs, and collapses from extremely notorious winds attacking farms beyond allowable.

      RWET exists with a sense of purpose, to lead and unify the wind industry in building storm-resistant energy

      farms across the globe regardless of wind conditions from low to extreme winds: reliable, affordable, easier to

      build, and less to maintain. A potential driving element to fast-track the overdue global energy transition program.

      By Comparison

      Every wind turbine that is currently installed across wind farms globally is at risk of full-scale destruction.

      Let's take a Risk-Case Study for a mid-category-3 Hurricane with a wind speed of 200Kph to hit a wind farm at

      crosshair, the likelihood of full-scale destruction is "Extremely High." It's going to be a massive disaster and 

      big-time devastation for the wind farm, we can expect 100% destruction. The picture of the wind farm would

      be comparable to a Banana Farm Plantation completely flattened by a 200Kph typhoon. All efforts, time, and 

      money poured into this type of wind farm will be gone with the wind in just one solid hit. How can renewable

      energy save humans from climate change? when these farms cannot even survive the ravaging effect of it.

      Everyone active in the wind industry understands this risk very well, they know the sacred limit of survivability.

      Conventional wind turbines are designed to a moderate wind speed of 150Kph only. If the wind industry takes

      steps to increase additional reinforcements to their entire wind turbine assembly to survive a higher wind speed 

      of 200Kph, the wind industry will face an additive cost to their CapEx with no added income from the harvested

      energy. By economics, the cost adjustments to the budget will surely end up as the most expensive power

      generation to the energy-mixed market, and no one will buy it. By doing so, the wind industry will close down. 

      So, they leveled down in addressing the risk, instead has opted to embrace a risky path of having no chance of

      survivability on notorious wind speeds above 150 to 250Kph and waiting to be knocked down by one solid punch.

      Their collective faith is for their wind farm sites to be built away from the pathways of category 3 to 5 Hurricanes

      and super typhoons. But Hey! the climate is changing, and the typhoon's pathways are changing as well.

      There is absolutely no Safe Heaven for energy farms, they are built openly defenseless, weak, and on target. 

     OBSERVATIONS :

      a. The wind industry sticks to the limit of designing wind turbine assembly at 150Kph a low category-1 Hurricane            as most viable for the industry and has no plans to reinforce their turbines to survive higher wind speeds. 

      b.  Some manufacturers have intentionally deviated from their designs below 150Kph wind for economic reasons.

      c.  A 150 Kph wind speed is noncompliant with most of the Building Code in many States and Countries where 

          code requirements for wind speed are higher than 150Kph where wind farm projects are located.

      d.  Results: Wind turbines have been burning and collapsing, thus posing risks to life, property, and investments.

          These unwanted incidents are attributed to non-compliance with the wind speed Code requirements.

      e. In the post-fossil era, if humanity relies on this kind of wind energy source, communities will be left helpless 

         with no power, in darkness and cold whenever their wind farms are damaged by typhoons above 150Kph.

      f. Experts, scientists, and engineers are sworn into a standard practice to design and build structures, utilities,

         and equipment to survive the worst loads and forces stipulated in the Building Code in each state or country.

         and calculated by the combinations of loads and forces at extreme conditions mandated by International Code. 

7. The Cheapest, Estimated Price Drop Of 20% Than Conventional Turbines

      A new version has arrived, RWE is a Start-up to watch, Now Open for Technology Partnership, is breaking the

      norms big time in wind energy generation. What is the basis for the claim?, well, "As We Took Out All The Risks,

      The Profit Just Got Ballooned" even if a 20% is dropped in the overnight cost when building wind farms, profit

      remains pretty healthy. Economically, RWE generation cost is massively lower than the current trend, can sell 

      power to utility grids at competitive prices. Competitors can hardly match the features and its price drop.

      Interestingly, when the capacity is increased to 50MW per turbine position which are suitable for large scale

      energy farms to save cost of land space above 1,000MW capacities, it gets even more economically profitable.  

      In Summary, has the lowest overall developmental cost, plus the lowest cost of operation and maintenance (OP) 

      with no fuel cost, and by far the lowest levelized cost of them all. This economic attribute is the most attractive

      element to investors and lending institutions due to a shorter period of ROI. The lowest levelized cost can bring

      down the cost of electric bills by 20% in every household and across the business sectors globally. As everyone

      is enjoying the cheapest electric bills, we are winning over climate change neither we talk nor not about it. 

      By Comparison

      There is Nothing to compare with the cost, simply No contest. A famous golden phrase "Safety First Before

      Profit", all existing wind farms today planted with conventional wind turbines don't fall into this category. While

      RWE was invented to put "Safety First Then Harvest More Profit". That's the big difference.

8.  Faster To Manufacture, Assembly, Build, And Maintain Than Conventional Turbines 

      Rollie Wind Energy Power Plant Generation System was invented to simplify many complicated items when 

      building and developing a wind farm. Most of the secondary parts and components can be mass-produced and

      manufactured by simple molding, then will be shipped out to assembly facilities in every country of business

      operation, the assembly of sub-parts into a component is super quick and would not require a state-of-the-art

      assembly facilities, any existing warehouse with a hoist crane of 15T is enough as an assembly area, there is no

      special requirement for equipment. How quick? one (1) Assembly line of the facility can assemble one (1)

      complete set of 30MW rotor turbine components in just (2) weeks, ready for site delivery. While other major

      components and parts shall be delivered by the manufacturers directly to the project site with no materials and

      parts longer than 24m in length.

      Operation And Maintenance During Normal And Extreme Weather Conditions

      Rollie Wind Power Plant Generation System is far simple in its operation and maintenance than the conventional

      turbines, we can replace parts of the turbine in a few hours only with ordinary equipment. During extreme weather

      conditions like destructive typhoons above the set cut-out limit at 150KPH, our turbine is secured even it reaches

      a category-5 hurricane or super typhoon with wind speed at 320KPH, still safe due to its inventive ability to

     "Play Around and Just Manipulate The Storm Winds,"  but in case of minor damage occurred, would only take few

      hours to fix them by a quick replacement of damaged parts, if our turbine suffers heavy damage, could mean that

      houses and buildings are totally devastated along the typhoon's pathway, RWE turbines are expected as the last to

      fall, while conventional turbines may fall at the early stage of a typhoon's attack either by burning or collapsing.

      During seasonal winter conditions like snowing in some parts of the globe, conventional turbines have shown  

      its vulnerability to freezing and stop generating energy when it's needed most by the people during winter, this is          a serious case of unfixable problem of the wind turbines and solar, a hard question on reliability and their ability to

      generate energy at extreme conditions and with no answer to give. Rollie Wind Turbine is invented to survive any

      form of extreme environmental disasters and weather conditions. During snowing or frosting, our turbine receives

      automatic heating of parts to keep them warm throughout the winter season to prevent frosting of the turbine

      system and to be free from being frozen and stranded, which means RWE shall continue to generate power to 

      supply the communities like a normal operation, and business is always as usual. All the maintenance needed is

      manually doable, there is no need to hire a helicopter because our turbine is only standing at 60M to 80M tip

      heights and is easily accessible by humans or robots, but it can harvest a vast amount of clean energy cheaply.

     Our Brief Case Study To Build An Onshore Wind Farm

      The huge foundation item and the tower support can be completed in four (4) mos. while the site installation

      of the rotor turbines, gear assembly, generator and accessories, cabling systems, cabinets, transformer, and

      switchboards in parallel work executions can be done in two (2) mos. In summary, a 30MW can be completed

      in six (6) mos. by one (1) construction team of 24 members measured from the ground-breaking ceremony. 

      Therefore, it is safe to say that a 300MW functional wind farms power plant can be delivered in a one (1) year

      period by one (1) General Contractor with ten (10) construction teams assigned to each 30MW wind turbine

      which includes commissioning, and one (1) separate construction team for the road works and other associated

      plant facilities, the assumption also included that vendors and manufacturers of all the major parts are delivering

      on time by uninterrupted mass productions under a signed vendor's purchase Orders.

     By Comparison

      There is Nothing to compare about the schedule of delivery, simply No contest.

  WE ARE OPEN FOR TECHNOLOGY PARTNERSHIP  

Before Launching "RWE Technologies," We Are Actively Organizing A Global Alliance To Drive

The Master-Planned Parallel Executions To Ensure A Fair Representation In Every Country By Local Power Players And Other Stakeholders In Partnership With Allied Foreign Counterparts.

"Keeping Us All United, We Can Build A Better World." 

To Know More About The Details Of The Global Execution Plan

Click Below To Register And Be Counted

Important Note:

We Don't Collect Personal Informations, Not Our Business To Do So.

By Registering, We Both Allow To Open-up A Two-Way Direct Access Of Communications.

                                      Be Cautioned !

We don't encourage anyone to believe this unsolicited technological revelation. We feel we have done our part to inform you.

To All Skeptics: Just ignore, don't argue, and don't believe until one day you switch on the lights powered by Rollie Wind Energy

Thank You And Good Luck To Us All