Author: Arnes Biogradlija

GlobalData analysis have shown that the recent manufacturing disruption in China is going to have an impact on the UK solar sector, with the market expected to stall and even modestly decline by the end of 2020. Lack of support, restrictions implemented due to the COVID-19 pandemic, and lack of domestic manufacturers make the UK highly dependent on imports to cater to demand. “Quarantine measures are likely to see development timelines being pushed back by at least a quarter, impacting the deployment of solar projects. Before the COVID-19 outbreak, the solar industry was coping with policy changes, which impeded its…

With a swept area of 20.000 square-meters, the V162-5.6 MW has the largest rotor size in the Vestas portofolio. The V162-5.6 MW onshore turbine, which was first put to use on the Riskebo wind energy project in February this year, is suitable for low to medium wind speeds and has extensive applicability in high average wind speeds. It has a standard sound power level of 104dB(A) and over 25 percent higher energy production than the V150-4.2 MW. Options available for the V162-5.6 MW IEC S: Condition Monitoring SystemOil Debris Monitoring SystemService Personnel LiftLow Temperature Operation to -30°CVestas Ice Detection™Vestas Anti-Icing System™Vestas…

EDP Renováveis (EDPR) has secured a power purchase agreement with Ammper Energía (AMMPER) to sell the produced energy from the Los Cuervos solar PV project. The Los Cuervos solar project, located in Mexico, is expected to start operations in the beginning of 2021. EDPR has now contracted about 80 percent of the approximately 7.0 GW targeted global capacity build-out for the 2019 to 2022 period. “We are very pleased with the progress of our PPA strategy with landmarks such as the one we are announcing today. We have reached 80% of the ambitious goal of incorporating 7 GW into global capacity,…

MMA Offshore has been awarded a contract to support the foundation installation for an offshore wind farm project off the coast of Taiwan. The contract will see MMA Offshore provide support to an unnamed top tier construction contractor. MMA’s multi-purpose support vessel, MMA Vigilant, will provide integrated subsea services that will monitor the seabed for dredging and pilling work over a two month period. “Expanding our service offering into supporting the renewable sector is a key step in executing our growth strategy. We are excited to be commencing this work scope and are looking forward to this being the first…

The SG 11.0-200 DD has evolved from generations of proven offshore direct drive technology. With serial production planned for 2022, the powerful 11 MW offshore turbine will offer both high energy yield and reliability. Technical specifications: IEC classSNominal power11,000 kWRotor diameter200 mBlade length97 mSwept area31,400 m²Hub heightSite specificPower regulationPitch-regulated, variable speed The SG 11.0-200 DD with its increased rotor diameter to 200 meters and 97 meter long blades will deliver up to 9 percent more AEP than its predecessor. Image source: Siemens Gamesa Technological highlights: Components that are wear-prone in offshore turbines are reduced with every new generation of Siemens Gamesa direct drive technology.The…

The Vertex TSM-DEG18MC.20 is based on the 210 millimeter large-size silicon wafer and monocrystalline PERC cell. Innovative design features allow high power output of more than 500W. This module is able to absorb solar radiation from both sides, with 5 – 30 percent of additional power generation being brought back by the backside. The 1/3-cut technology overpowered the traditional half-cut technology that is implemented to improve the power output of a solar panel system by solving the problems from high system current and reducing the power loss. Mechanical data: Solar cellsMonocrystallineNo. of cells150 cellsModule Dimensions2187×1102×35 mm (86.10×43.39×1.38 inches)Weight30.1 kg (66.4 lb)Front…

Ørsted has signed a 15-year contract with Ta San Shang Marine for the manufacture of a service operation vessel for Ørsted’s Changhua offshore wind farms. The contract represents the first-ever SOV in Taiwan and Asia Pacific. Port of Taichung will be used as the base port for the POV, scheduled for delivery in early 2022. The SOV will be used to provide O&M services for the Changhua offshore wind farms, which will be located 35 to 60 kilometers from the coastline. “Ørsted develops, constructs and operates offshore wind farms around the world and is pioneering and driving offshore wind development…

As the wind farm market continues to grow so too does the demand for larger, more reliable and efficient vessels to construct and service them. Wärtsilä’s integrated equipment package and customised design delivers the most efficient and environmentally sustainable offshore vessels to meet this challenge. Offshore wind energy is one of the renewable energy sectors best-positioned to benefit from heightened pressures for an emission-free, electrical power generation. The increase in offshore wind power around the world brings ever growing opportunities for vessel owners are operators to maximise profits and grow their business in this industry.

Recurrent Energy has received approval from the Mississippi Public Service Commission on the build-transfer (BTA) with Entergy Mississippi for the Sunflower solar project. The largest solar power plant in the state of Mississippi, the 100 megawatt Sunflower solar photovoltaic project has a base purchase price of approximately $138.4 million. “We would like to thank the Commission for its approval of this build-and-transfer agreement that will allow us to move ahead with the Sunflower project. This agreement with Entergy is another milestone that underscores Recurrent Energy’s leadership position in the U.S. solar development space. We are proud to do our part to expand the use…

SolarPower Europe and LUT University have released a report that models a 100 percent renewables scenario for Europe to reach climate neutrality before 2050. The energy transition across Europe is explored in the modelling of three distinct scenarios: Laggard scenario: A slower energy transition up to 2050 results in only in a renewable energy share of 62 percent and approximately a 90 percent reduction in GHG emissions by 2050, missing the EC’s climate neutrality and Paris agreement targets. Moderate scenario: A medium pace energy transition towards 100 percent renewables by 2050, meeting the EC’s climate neutrality vision with zero GHG emissions…