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Geek+ provides smart automation to Dr.Max’s e-commerce warehouse

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Geek+ provides smart automation to Dr.Max’s e-commerce warehouse. Image: Geek+
Geek+ provides smart automation to Dr.Max’s e-commerce warehouse. Image: Geek+
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Geek+, the global leader in autonomous mobile robots, has brought smart automation to Dr.Max’s e-commerce warehouse in Bucharest, which handles more than 25 000 SKUs monthly. The goods-to-person robots have vastly increased Dr.Max’s efficiency and storage capacity, while delivering order fulfillment accuracy of over 99%.

Dr.Max’s e-commerce platform is among the top 10 websites in Romania, measured by number of unique visitors, and offers a wide variety of OTC products, cosmetics, medical devices, food supplements, dermato-cosmetics, mother & baby products, diet and nutritional products, and natural remedies. With the help of nearly one hundred Geek+ autonomous mobile robots that can process orders 24/7, Dr.Max increases the order processing capacity and thus efficiently responds to the needs of online patients, especially in peak e-commerce order seasons. The flexibility to add more robots to keep up with Dr.Max’s growing e-commerce business was a key factor in the decision to automate with Geek+’s solutions.

The Geek+ Picking System uses AMRs to bring the products ordered from storage locations to picking stations, where operators package the goods and send them to Dr.Max’s patients. The algorithms and software place as many orders in each batch moved from storage as possible, keeping special orders to a minimum, and also takes into account the expiration date of goods, a key step in reducing waste.

Brian Lee, Managing Director of Europe at Geek+, said: ”Dr.Max is a key player in the pharmaceutical industry across central and eastern Europe, and we are very pleased to support them. The past couple years have driven home how important access to medical supplies is, and we are very proud that Geek+ technology is able to make such a direct impact on people’s quality of life.”

Sorin David, Supply Chain Director at A&D Pharma – Dr.Max Group, said: “As part of our group’s development strategy, we continue to make long term investments in the logistics infrastructure in order to respond efficiently to the needs of our patients. The technology provided by our partner Geek+ allows us to have a more accurate overview of our work processes. We are glad to have Geek+ as our trustworthy partner.”

Dr.Max is expecting rapid growth to continue over the coming years, and Geek+ will continue to support their progress with further applications of advanced AMR technology. Geek+’s robots are just beginning to assist in the provision of critical medicines and supplies to people around the world.

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Maritime

The Port of Valencia begins electrification of its docks

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The Port of Valencia begins electrification of its docks. Image: Port Authority of Valencia
The Port of Valencia begins electrification of its docks. Image: Port Authority of Valencia
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A new step in the decarbonisation of the Port of Valencia and its firm commitment to be an emission neutral site by 2030. The Port Authority of Valencia (APV) has put out to tender the drafting and execution of the works for the electrical connection to ships for the Transversal Costa-MSC quay. This is the first electrification or Onshore Power Supply (OPS) project to be carried out by Valenciaport in the Valencian precinct.

The APV is thus initiating the procedure for the award of the contract for the drafting and execution of the project for the installation of electrical connections for ships and the maintenance of the same at the Transversal de Costa quay. To this end, Valenciaport has jointly launched the drafting of the construction project, the execution of its works and the maintenance of the installations in the same procedure for an amount of 12,468,626.8 euros (VAT included).

Onshore Power Supply (OPS) electrification infrastructures have been consolidated as a very useful tool for the decarbonisation of ports, as this system avoids the use of auxiliary engines of ships when they are docked in the enclosures. This reduces greenhouse gas emissions – due to the use of electricity that eliminates the consumption of fossil fuels used in these auxiliary engines – and stops the emission of particles and polluting gases.

This OPS initiative in the Port of Valencia will be carried out in parallel with the works on the new electrical substation – a second substation is also planned – which was put out to tender last month with a base budget of around 11 million euros and a completion period of 24 months. This infrastructure will be responsible for supplying green energy to the first OPS electrification project of the Transversal de Costa-MSC quay.

In this regard, Joan Calabuig, president of Valenciaport, stressed that “these are just two examples of real projects in the execution phase that confirm the firm commitment that Valenciaport is making to achieve the goal of being a zero-emissions port by 2030, twenty years ahead of the European Green Pact. It is a commitment to sustainability and to the society of our environment that is supported by initiatives such as the electrification of the docks, the use of hydrogen in port operations, the installation of photovoltaic plants or the commitment to intermodality with the railway. We are committed to sustainable growth that reinforces our position as a port of reference in the Mediterranean”.

Project included in the Next Generation Funds

The joint contracting of the preparation of the project and the execution of the corresponding works in the same procedure is carried out in response to the fact that there are no references in Europe compatible with the ISO/IEC/IEEE 80005 standard and in Spain there is currently no previous experience of OPS projects in operation with the characteristics of the pilot project defined by the Port Authority of Valencia. The combination of the individual components required for this type of installation (transformers, protection cells, disconnectors, frequency converters, etc.) with infrastructures for supplying electricity to ships requires specific projects, with technically complex solutions that have to be designed specifically for each location. In addition, and given that the execution of the construction project is subsidised by the European Union’s Next Generation funds and the Spanish Government’s Recovery, Transformation and Resilience Plan, the joint tender is the only way to meet the established deadlines, since if two separate contracts were launched, the one for the execution of the construction project could not be launched until the one for the drafting of the construction project had been awarded, which would mean that the work would be completed beyond the deadline for the execution of the works to meet the target set by Europe.

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Logistics & Supply Chain

Ryder establishes Baton, a Ryder Technology Lab, based in Silicon Valley

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Ryder establishes Baton, a Ryder Technology Lab, based in Silicon Valley. Image: Ryder
Ryder establishes Baton, a Ryder Technology Lab, based in Silicon Valley. Image: Ryder
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Ryder System, Inc., a leader in supply chain, dedicated transportation, and fleet management solutions, announces the establishment of Baton, A Ryder Technology Lab, based in Silicon Valley. Baton’s mission is to pioneer a suite of groundbreaking customer-facing technologies designed to revolutionize how Ryder’s customers interact with their transportation and supply chain networks. These technologies will digitize and optimize networks at a level not currently available in the industry and will prepare Ryder for the coming artificial intelligence wave.

“The establishment of a Silicon Valley-based technology lab is a natural evolution for Ryder, as we build on the $1.3 billion in strategic investments we’ve made over the past five years to develop, acquire, and invest in innovative technologies, products, and services that help make our customers’ logistics networks more efficient and resilient,” says Karen Jones, CMO and head of new product development for Ryder. “To build on that success, it’s paramount we continue to invest in recruiting the brightest technology minds out there and provide them with a startup environment where they have the space and freedom to create, along with the resources of a $12 billion company.”

Leading Ryder’s innovation lab are Andrew Berberick and Nate Robert, co-chief product and technology officers for Ryder. The two founded San Francisco-based startup Baton, which was known for the development of a proprietary logistics technology focused on optimizing transportation networks. Ryder initially invested in Baton’s Series A funding round and then acquired the startup last year.

“What piqued our interest in Ryder then, and what keeps us excited today, is the fact that it’s the only fully integrated port-to-door logistics provider in North America managing the complex supply chains of many of the world’s biggest and best-known brands. That gives Ryder tremendous perspective and reach, and as engineers, it provides us with the unique opportunity to tackle some of the largest and most daunting problems in the industry today, while preparing Ryder and its customers for the coming AI wave,” says Berberick.

Baton’s first challenge is to create a first-of-its-kind, AI-powered digital platform and optimization engine that facilitates a new, integrated approach to managing transportation networks for customers where seasonality and fluctuating demand inhibit the continuous use of resources.

“There is a massive amount of waste when supply chains do not communicate. We believe we can change that and bring deep transformation to an entire sector,” says Robert. “That’s why we’re now actively recruiting talented technologists from some of Silicon Valley’s most respected technology firms to help solve some of the most complex problems plaguing the nearly $2.5 trillion North American transportation and logistics industry. We’re looking for engineers excited by the challenge and who want the autonomy and nimbleness of a startup environment but with the power, reach, and stability of a highly respected industry titan.”

Berberick holds a bachelor’s and master’s degree from Stanford University and worked for Google, Accenture, and Mindtribe; Robert holds a bachelor’s degree from MIT and master’s degree from Stanford University and worked for BuildZoom and Bain & Company, prior to cofounding Baton. Other key members of the Baton technology lab bring experience from Apple, Meta, OpenAI, NASA Jet Propulsion Laboratory, Tesla, Loadsmart, Kinema Systems (acquired by Boston Dynamics), PlayStation, Zynga, and LinkedIn.

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Maritime

SeaVolt to installs first floating solar energy test platform offshore

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SeaVolt to installs first floating solar energy test platform offshore. Image: Jan De Nul
SeaVolt to installs first floating solar energy test platform offshore. Image: Jan De Nul
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SeaVolt, a collaboration between Tractebel, DEME, and Jan De Nul, gets ready for its first floating solar energy test platform to be installed offshore. The platform floatation system is currently located in the port of Ostend, on the Belgian North Sea coast, where main contractor Equans is finalizing assembly. The test platform will be the first installation in the Belgian North Sea aimed at the large-scale development of offshore solar energy and is scheduled to be towed offshore, anchored, and put into operation to gather data for at least a year starting in August.

The potential of SeaVolt is unlimited and pioneers the great potential of offshore solar energy. Unlike existing floating solar installations on lakes, SeaVolt has developed a concept specifically tailored to the conditions of rough seas. With its modular design, this technology is highly suitable for installation as a complement to offshore wind farms.

Julie De Nul, CEO Jan De Nul Group: “We are thrilled to launch the SeaVolt technology, which represents the culmination of years of hard work and innovation in offshore PV technology together with our partners. As we enter the offshore test phase, we are excited to see what this technology will become. The floating solar energy test platform is a crucial step in developing a reliable and sustainable solution. It serves as a laboratory to gain knowledge and push the technological development further. We believe SeaVolt has the potential to play a crucial role in optimizing the use of space on the sea by complementing offshore wind farms. We are excited to shape the future of renewable energy and contribute to a more sustainable future.”

Testing the solar panels

Under the framework of the Blue Cluster funded research project MPVAQUA and additional support from the federal government via BELSPO, the partners within SeaVolt together with UGent are ready to conduct a year-round open-sea testing inside the POM-West-Vlaanderen owned ‘Blue Accelerator offshore test zone’. This proof of concept installation will gather crucial data on the impact of waves, rain and salt sprays on various solar panels with different PV panel configurations. In addition, the impact of varying inclinations, caused by waves and wind, on the energy output will be closely monitored. The test aims to determine the level of protection required to shield the solar panels from seawater and bird droppings.

Testing the floater

Amongst other materials suitable for this floating technology, SeaVolt has chosen to use novel light-weight carbon fiber material in this test installation. This material presents potential benefits for offshore use however is not often used in such harsh marine conditions yet.

Optical embedded fibers and sensors attached to the structure will assess if the structural integrity (vibrations/fatigue) of the material is in line with the numerical models and results obtained from the ocean wave tank and wind tunnel tests. Since the floating structure and solar panels are driving the cost, these measurements are indispensable for further financial assessment.

Testing the ecological impact

In addition to technical tests, the SeaVolt test installation will also address ecological aspects. Various materials will be evaluated based on prevention of adverse effects on the marine environment. The test results will determine the selection of materials for further development. It is important not only to minimize the attachment of excessive marine growth to the floater to maintain its buoyancy, but also to attract and repel the appropriate species to achieve optimal interaction with the ecosystem, creating an “artificial reef.” Lastly, specific tests will be conducted to assess combining the floater systems with mussel cultivation and oyster farming, which present specific challenges.

FLOATING LABORATORY

This crucial test, targeting all aspects of SeaVolt technology to develop a reliable, cost-efficient, and sustainable solution, will be the first installation in the Belgian North Sea aimed at the large-scale development of offshore solar energy. Since this test is only containing a few solar panels for a rather large floater construction, it is not to be seen as a first prototype of the full scale. It is rather a laboratory to gain knowledge and push the technological development further. The expectations for this new application of solar energy are high. Offshore solar energy provides an additional opportunity to produce local green energy. Combined with offshore wind, it aligns with the strategy of multi-use sites and can optimize the use of existing electrical infrastructure.

Promising European market

The significant potential of offshore solar energy is also recognized internationally. It has captured the attention of the European Green Deal plans, with an announcement by the Dutch government to have 3 GW of offshore solar energy in operation by 2030, and concrete projects under development up to 100 MW. Technology development is essential to achieve these ambitions. With this offshore test, SeaVolt is taking the critical initial step to further advance large-scale marine floating solar energy. Based on the experience gained so far, the developed technology and the consortium behind it are today viewed as amongst most promising by the market.

Next steps for SeaVolt

Meanwhile, ecological research and economic research is ongoing amongst others covering future LCOE evolutions analysis. To ensure further development, Seavolt is preparing for a large-scale demonstration project within an offshore wind farm. As such the potential of integrating offshore floating solar inside an offshore windfarm will be further assessed. If all goes well, large-scale offshore solar energy is expected to become a reality and in this case, Seavolt hopes to secure a significant share in this new development of the already strong Belgian offshore sector.

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