Sustainable Marine Energy Ltd (SME) is a marine engineering company, focused on bringing a cost-effective solution to the tidal energy market. SME is aiming to deliver the next generation technology that will challenge the current tidal energy industry on price and performance. Based in Cowes on the Isle of Wight, SME has access to a wealth of maritime knowledge from an area steeped in marine innovation and history.
PLAT-O is SME's tidal platform. Built to host tidal turbines that will generate power from one of the Earth's most abundant and reliable renewable energy sources, the tide. PLAT-O provides a reduction in the cost of tidal energy of up to 50% and offers enhanced yield due to its optimum position in the water column. SME has also developed anchoring and mooring solutions for energetic marine environments.
RT @OrionProductDev: We are delighted to share our latest Case Study describing our work with Sustainable Marine Energy Ltd. Read more here…
The practically extractable tidal stream resource available in UK waters (including the Channel Islands) is between 20 and 30TWh per year. This is roughly the equivalent of the energy used annually by approximately 7 million households equating to between 6% and 8% of UK's electricity demand!
Tidal energy has a number of advantages compared to other forms of renewable energy. Unlike wind or solar power, it is incredibly reliable and predictable – making it suitable for providing a consistent source for homes and businesses.
By operating under the sea's surface, PLAT-O has virtually no visual impact – all you'll see is a small buoy marking the spot.
Tides are a huge untapped source of renewable energy. The potential of tidal energy is vast, yet no one system has yet managed to overcome the huge installation and maintenance costs involved in accessing and harvesting this natural resource.
Within 48 hours of installation on the 25th of November SME and SCHOTTEL HYDRO teams had completed the first phase of commissioning the PLAT-I system which included first power generation and preparation for the large spring tides during the first week of December.VIEW ARTICLE VIEW ALL NEWS