For decades, PMI has been extremely focused on building the best products that withstand the extreme environments of the deep ocean. But as we’ve come to work with Offshore Wind and Renewable Energy companies, we understand our product doesn’t have to be used in the deepest and harshest place on our planet, the sea. Instead, rivers in rural areas are a huge focus of the renewable energy field today. And these companies are offering solutions that serve a large portion of the population, who still have no access to electricity.
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We see a great future in the power coursing through our rivers. And, of course, we will be providing cable equipment for these projects as they evolve. If you want to know more about our custom engineered cable hardware equipment, schedule to talk to our experts today.
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India is facing an energy revolution. Despite broad grid coverage, electricity supply in remote areas remains unreliable. For the future, the government is setting a favorable political scenario by introducing solutions for decentralized electrification based on renewable energies, such as photovoltaic (PV), small wind, and explicitly kinetic hydropower.
Companies such as Smart Hydro Power have the advantage of realizing its systems in rural areas, without the requirement for any kind of infrastructure, suitable for running canals, rivers and streams, which inhabit a large portion of India’s typography. At the distribution part of this system, integrated load management introduces an auxiliary productive load – a water purification plant – that utilizes all excess energy and stabilizes the micro grid with variable operation. Through this feature, additional value is brought to the lifestyle of people residing in these communities. Read more…
The main ambition behind the development of the Smart Hydro Power turbine was cost efficiency. Selected materials had to be robust and yet affordable which resulted in a majority of HDPE, aluminum and stainless steel components. The turbine consists of a three bladed rotor, a 5 kW generator, the floating body consisting of a three piece diffusor and two floats.
Watch how it works here: http://www.smart-hydro.de/en/product/turbine.html
Drawing energy from river currents represents a massive untapped source of electricity development. This is especially true in countries like Canada, where rivers and coastal waters provide an enormous range of development options that can provide growth and economic benefits.
Indeed, Canada is emerging as a leader in the global marine renewable energy industry, thanks to supportive government policies, shared infrastructure and strategic research initiatives. These facts provided the backdrop for last week’s Marine Renewables Canada 2015 Annual Conference, where PMI was among the vendors showcasing products and services in the fast-growing renewables market.
At PMI, we’re already reaching out to companies in the offshore-wind sector, and we’re seeing the potential of freshwater rivers to provide clean, renewable energy.
River energy initiatives provide a new twist on age-old technology: the water wheel. New ventures in this sector are exploring placing turbines — much like you’d see on a jet aircraft — deep in the waters of a river. Water turns the blades, generating kinetic energy that can be converted into electricity.
This creates the potential to fix the one major drawback of hydroelectric projects: massive dams that devastate the local environment. Rivers also can provide power around the clock, unlike solar panels.
Canadian businesses and researchers are unlocking the potential of marine renewable energy through innovations and new approaches to key challenges in the lifecycle of wave, tidal and river projects. Solving problems here definitely opens opportunities in the global market.
PMI is proud to be on the cutting edge of this opportunity, supplying contractors with our proven subsea hardware equipment for river energy exploration. At Marine Renewables Canada 2015, we gobbled up knowledge on topics including:
- Technical acceptability — an international effort to reduce technical risk
- Building scale — an international project pipeline
- Supplying the industry — device development
We see a great future in the power coursing through our rivers. And, of course, we will be providing cable equipment for these projects as they evolve. If you want to know more about our custom engineered cable hardware equipment, schedule to talk to our experts today.
The Dutch Government will soon be inviting offshore wind power companies to bid on building two wind farms off the Dutch coast.
Companies bidding the lowest price will be awarded a 30-year permit to build and operate the relevant wind farm.
So it’s not a surprise to tell you that everyone will be extremely focused on cost control measures.
From our experience, it will be important for those involved to understand how proven subsea cable equipment can reduce the overall cost over time. And throwing the cheapest solution out to grab a bid could be a very costly problem in the future.
While our high-end, custom engineered subsea cable hardware may not be the cheapest on the market, our engineering team understands there are other ways to save costs. Our experience led us to create “No Tools Required” custom cable systems, and our in-depth hydrodynamic efficiency studies are helping other companies innovate new systems on existing subsea cable devices and analyze cost saving opportunities.
According to the Government, critical to the overall plan for The Netherlands is that the energy produced from renewable sources is cost-competitive. In meeting its future energy demand, the country aims to keep costs under control.
For most wind projects, the pre-construction and even pre-bid costs are high for individual companies. Costs must be made for site investigations, for environmental impact assessments, and so on. This increases risks for bidders, and by consequence the overall costs for offshore wind development. To address this, the Dutch government has now decided to take over the responsibility for many of these pre-development issues. Read more…
Offshore wind might be a new industry, but they are as just as focused on cost efficiencies and simplified solutions as our clients in oil and gas. Those who support them need to supply and produce reliable products that increase performance and lower costs.
Our past customers pushed us to innovate and develop “No Tools Required” custom cable systems, and our in-depth hydrodynamic efficiency studies are helping other companies innovate new systems on existing subsea cable devices and analyze cost saving opportunities.
And we are not alone in our efforts. German industrial group Siemens unveiled a new direct-current solution for connecting offshore wind turbines to the grid which can lower costs by as much as 30%. Read more.
You may not have noticed, but offshore wind is taking our world by storm.
Since offshore wind turbines are transported by ships and barges, they easily reduce logistical challenges that land-based turbines encounter, such as narrow roadways or tunnels. This allows offshore wind developers to build larger turbines capable of producing more electricity.
But what’s really exciting is that offshore wind turbines can float. Several U.S. companies are developing innovative floating offshore wind platforms for use in deep waters. These floating platforms are placed in water depths where bottom-mounted towers are not feasible. Their structures are tethered to the seabed with cables.
And where there are cables, there is cable hardware.
We’ve been creating subsea cable hardware for years. Today our products, which offer protection against cable bending and abrasion, are being adapted for the renewable energy field.
This need for subsea cable hardware will be on the rise right along with the demand of
clean, renewable energy to fulfill the electrical needs of cities along U.S. coastlines. And being located near the east coast, where many of the first offshore wind farms will be developed, means we are a close resource for the industry.
Read more about our thoughts on wind energy.
Here are all top 10 things you didn’t know about offshore wind energy.
Although we are located in the States, we assist companies world-wide with marine cable hardware, deployment, and management. Therefore, we’ve had a front row seat watching Europe position itself as a leader and pioneer in addressing climate change, creating jobs in the offshore wind sector, and reducing fossil fuel imports.
And while offshore wind is years behind onshore wind, the industry is displaying one of the fastest growth rates in the industry. The pace of growth, however, needs to be matched by an equal pace in reducing costs. Success will depend not only on how much it can reduce costs, but also how fast it can reduce costs.
As the U.S. starts installing the foundations for their first offshore wind farm, they will have these same issues to contend with as well as the struggling opposition found along our coast.
Here are three ways to save on your next project.
Read more about offshore wind here.
Read more about North America’s first offshore wind farm:
Rhode Island’s Deepwater Wind will start installing the foundations for North America’s first offshore wind farm on Monday, a milestone the company says could pave the way for an industry long established in Europe but that is still struggling with opposition in the United States.
As our underwater cable products and services continue to serve customers worldwide, we are excited to read about how our global community is working together to share best practices and collaborate on operational solutions within the Welsh marine energy sector.
Tapping companies from around the world with expertise in both the marine and energy industries will certainly make Wales a world-leader in the marine energy market and create hundreds of jobs in areas like manufacturing, offshore operations and new project development.
The profile of Wales as a potential location for marine energy projects has increased dramatically over the past 12 months, demonstrated clearly by the growing number of developers from across the globe who are showing an active interest in developing projects in Welsh waters.
Attracted initially by Wales’ excellent wave and tidal stream resource, the announcement of two marine energy Demonstration Zones and the allocation of €100.4 million of EU Structural Funds prioritized by the Welsh Government for marine energy have served to cement Wales in the minds of developers as one of the preferred locations for marine energy development on a worldwide scale.
Read more about our thoughts on renewable energy
Read more about the Welsh Marine Energy Sector.
Our location near the Great Lakes has many advantages. One of them is being a close resource for our east coast clients. The other is getting the chance to witness some fabulous things happening in our territory.
LEEDCo has kicked off geotechnical studies in connection with its proposed 18MW Icebreaker offshore wind demonstration project in the U.S. Great Lakes.
The company is investigating lakefloor soils including sampling at six different turbine locations, building on geotechnical work carried out in 2013.
Read about another Great Lakes project here.
Read more about LEEDCo’s project here.
Submarine power cables are going to be critical to bring renewable energy on shore as this industry grows. And this industry is going to grow fast as many non-utility purchasers, such as IKEA, Facebook and Google, are jumping on the bandwagon and beginning to invest in wind power.
It’s imperative that these growing energy companies use products that assure the ease of installation, provide a long service life, reduce lead-time and survive in harsh environments. Choosing the right subsea hardware ultimately can make the difference between early failure and long-term survivability.
Read more about our thoughts on off shore wind and learn more about our underwater cable solutions.
Want to know more about market growth for wind energy as leading U.S. brands lock in low prices? Read this great article.
In 1969, PMI emerged in the underwater market by introducing the helical wire concept for use on underwater cables. And since then, we have earned a global reputation for providing the right products at the right time.
Today, as Denmark is proving to generate 140 percent of its electricity needs from wind power, we know that the right time for wind power is now and we can provide the right subsea cable hardware products to help the this industry grow.
Oliver Joy, a spokesman for the European Wind Energy Association said: “It shows that a world powered 100% by renewable energy is no fantasy. Wind energy and renewables can be a solution to decarbonization – and also security of supply at times of high demand.” Read more…
