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ABB has won a contract from ST Engineering Land Systems Ltd. to deliver and com-mission integrated smart charging points for Automated Guided Vehicles (AGV) in the new Tuas port of Singapore. Deliveries of the vehicles, which will be deployed to transport heavy shipping containers at the port terminal, are scheduled to begin from September 2020 through to August 2022, with the ABB chargers and supporting infra-structure set to be installed towards the end of 2020.

The contract includes 450 kW High Power Chargers, design and supply of charge point prefabricated skid and container solutions with integrated chargers, medium- and low- voltage switchgear, transformers and associated control and monitoring equipment. This integrated solution enables fast installation on site, ensures the highest levels of operability and mitigates risk.

The future port is a major milestone in Singapore’s next generation container terminal development with an annual capacity of 65 M containers (TEU) and is slated to be the largest port in the world by the time it is complete in 2040. The first berth will be op-erational in 2021.

The breakthrough project marks the first time ABB’s chargers will be used to power a fleet of autonomous vehicles for commercial operation. A specially designed and cus-tomized connection to the chargers will be enabled for end-to-end integration with the fully-electric AGVs.

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Following last year’s announced cooperation with Tigo, GoodWe is now launching the DNS and SDT rapid shutdown inverter series with MLPE functionalities, a streamlined solution for the optimization of energy yields on the module level which is perfectly adequate for complex system designs and partial shadings – using optimizers on shaded modules recovers an average of 36% energy loss due to mismatch.

Offering from shutdown code compliance to module-level diagnostics and maximized energy harvest, the Tigo TS4 platform works seamlessly with both GoodWe DNS and SDT inverters. Compared to other traditional optimization systems in the market which require MLPEs on every module even when it is not necessary, GoodWe offers a highly efficient solution with fewer BOS components which lowers the overall cost of the system and is easier to install.

The TS4 platform utilizes two key components that are compatible with any PV module: a base that is integrated into the module, and five separate detachable covers housing varied levels of MLPE functionalities. Customers can mix and match TS4 covers according to their ideal budget and system requirements. The TS4 platform offers the option to selectively deploy the exact functionality needed to maximize system performance, all while guaranteeing the lowest cost with the greatest ROI. The retrofitting process can be completed quickly just with changeable solar junction box covers which do not require any screws, allowing easy upgrading or fast replacement in case of damage. Furthermore, thanks to the integration of Tigo’s Cloud Connect Advanced (CCA) datalogger, users can reduce hardware costs avoiding the need to purchase an additional datalogger. Fewer components reduce potential points of failure and risk, and simplifies service when it is required.

GoodWe DNS and SDT series smart inverters can offer a cost effective and reliable solution that matches perfectly with smart modules. This enables end users to harness more system data for valuable insights about real-time analysis in both Tigo and GoodWe’s monitoring platforms and also enables cost-effective datalogging to collect operating information from the inverters as well as each smart module.

“With the launch of these smart inverters, integrators can benefit from reduced installation time, service risk, and ultimately cost,” said Huang Min, CEO of GoodWe. “GoodWe DNS and SDT series with MLPE functionalities offer customers a flexible solution which realizes greater energy production and roof usage, while providing a higher ROI.”

Source: GoodWe

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meteocontrol GmbH has expanded its monitoring portal: The newly developed portlet in the VCOM virtual control room now visualizes the measured values from SolarEdge’s module-level monitoring platform. The operators of large solar systems and system portfolios in particular will benefit from the collaboration between meteocontrol and SolarEdge.

 

The integration of SolarEdge measured values from its monitoring platform into the VCOM results in a standardized, comprehensive monitoring system for all PV plants in a portfolio, while allowing the monitoring of each individual plant at the module level. The virtual control room is the ideal monitoring platform when bundling together various PV projects: Thanks to standardized reporting, clear analyses and system comparability, system operators can work efficiently and immediately respond to incidents or power losses.

With the virtual control room, meteocontrol offers a flexible monitoring solution which can integrate measurement data from monitoring components of various manufacturers and prepare it for analysis and visualization purposes. The integration of SolarEdge measurement data on the module plane represents a further technological advancement for the meteocontrol portal and offers numerous advantages. This combination means that shared SolarEdge and meteocontrol VCOM customers will have an integrated monitoring solution to help ensure optimum system performance. With its monitoring solutions, meteocontrol is one of the world’s leading providers and currently monitors around 41,000 solar systems with a total power output of over 11 GWp.

Source: meteocontrol

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Copyright EESI2020

The Siemens Building Technologies Division has won the 2015 European Energy Service Award (EESA) in the Projects category for its implementation of an Energy Performance Contracting (EPC) project in the Polish city of Sosnowiec. This project focused on the heating systems and energy management in 87 public schools and preschools in this industrial city in the Silesia region. All heating and lighting systems in the buildings were modernized from the ground up in a period of just ten months. In addition, the Advantage Navigator energy monitoring system was installed to remotely monitor overall energy consumption.

The system allows personnel to remotely control the room temperature in every classroom and set it to the desired target value. “In the past, classrooms were typically kept too hot, which made it difficult for students to concentrate. Thanks to the state-of-the-art heating system and continuous energy monitoring we are now able to provide a comfortable learning environment for students,” says Marek Tobiacelli of Siemens Poland.

At the same time, Siemens has guaranteed heating cost savings of approximately 31 percent, electricity savings for lighting of 21 percent and a reduction of CO2 emissions by 5,220 t/year compared to the initial situation. The measures are financed through an Energy Performance Contract with Siemens. This means that the city of Sosnowiec’s initial investments of approximately 4 million euros will be paid back through the guaranteed savings realized over the ten-year contract period; interim financing is provided by Siemens.

The impressive energy and cost savings for the city as well the positive impact on the environment are a big win in and of themselves. However, the results achieved also benefit students and teachers who are now able to learn and work in classrooms offering a comfortable temperature – and hence a healthier environment.

The European Energy Service Award (EESA) is part of the European Energy Service Initiative toward the EU 2020 Energy Saving Targets (EESI 2020). This initiative aims at fostering the use of Energy Performance Contracting in Europe. The EESA honors outstanding efforts and achievements in the field of energy services in Europe. This year’s award ceremony will be held in Brussels.

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SeebaWind Service GmbH has been awarded the tender invited by the ENGIE energy group. The manufacturer-independent service provider has been responsible for service, maintenance, and 24/7 remote monitoring of the Karstädt-Blüthen wind farm in Prignitz County (Brandenburg) since August. With 32 Nordex N60 wind turbines and a total capacity of almost 42 megawatts, it is one of the biggest Nordex wind farms in Germany.

When it comes to looking after Nordex, Senvion and Fuhrländer turbines, seebaWIND is the market leader among the manufacturer-independent service providers. The company can rely on extensive know-how and many years of experience, and this is what also convinced the operator, ENGIE (formerly GDF Suez), that they were right for the job.

“seebaWIND won us over with an offer that represented good value for money combined with a contract tailor-made to the needs of our wind farm”, explains Rainer Röper, Senior Asset Manager Wind at the Bremen-based energy group, adding: “We are putting our trust in the extensive experience that this manufacturer-independent company has in the maintenance of Nordex wind turbines. From this collaboration we expect high technical availability of our wind farm, also in the future, based on a proactive maintenance strategy and strategic stocking of spare parts.”

Image: Paul Langrock

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