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UL Certification Support of a Medium Voltage, High Current DC Disconnector for the Battery Energy System Storage applications according to standards UL98 and UL98B. This project supported a medium-sized customer in Europe that manufactures disconnectors, switches and cabinets for medium-voltage indoor and outdoor applications. The support
UL Certification Support of a Medium Voltage, High Current DC Disconnector for the Battery Energy System Storage applications according to standards UL98 and UL98B. This project supported a medium-sized customer in Europe that manufactures disconnectors, switches and cabinets for medium-voltage indoor and outdoor applications. The support covered the UL certification process of a disconnector throughout the preliminary phase, component and construction phases.
This project assessed the feasibility of UL-type certification according to the standard UL347A of the water-cooled medium voltage converter used in chemical, oil, gas and power generation industries that controls high-power applications such as compressors, pumps and fans. This assessment was carried out for a large customer and also con
This project assessed the feasibility of UL-type certification according to the standard UL347A of the water-cooled medium voltage converter used in chemical, oil, gas and power generation industries that controls high-power applications such as compressors, pumps and fans. This assessment was carried out for a large customer and also contained a separate study for the business case of the UL-type certified medium voltage converter. It assessed the certification of all the components of the medium voltage converter and also the construction of the converter that focused on the clearance and creepage distances in critical areas of the product.
This project consisted of the update of the existing UL-type certified medium voltage water-cooled converter used in power generation, mining and minerals, marine and oil and gas industry. It was necessary to update the additional cabinets, update of the water-cooling unit and auxiliary transformer. To update the UL file the new component
This project consisted of the update of the existing UL-type certified medium voltage water-cooled converter used in power generation, mining and minerals, marine and oil and gas industry. It was necessary to update the additional cabinets, update of the water-cooling unit and auxiliary transformer. To update the UL file the new components were checked and type tested according to the UL requirements in UL347A agreed by the UL engineer. The update was done within the UL file NJIC.E176716.
This project required support with a UL certification type approval of an ongoing Research and Development (R&D) project of a medium voltage converter according to the standard UL347A. This project was done for a large customer and was supported during the component, construction and testing phase.
This project was a result of an ongoing cost-reduction activity of the Braking Resistor Unit of a medium voltage converter for wind turbine applications. It resulted in the UL certification of the new design and type testing campaign in the high-voltage laboratory.
This project was carried out for a large customer with a very challenging timeline. To meet the UL 6141 standard requirements of medium-voltage power converters for wind turbine application some design modifications, component replacements and intensive type test campaigns had to be carried out on the existing PCS product. This project wa
This project was carried out for a large customer with a very challenging timeline. To meet the UL 6141 standard requirements of medium-voltage power converters for wind turbine application some design modifications, component replacements and intensive type test campaigns had to be carried out on the existing PCS product. This project was successfully finished thanks to the professional help and support of our certified project manager, chartered engineer and senior consultant (UL document name ZGFN2.E513716).
This project assessed the status of the current portfolio of a large customer against the requirements defined in IEC61800-5-1 and its relevance to CE compliance. The whole portfolio of medium-voltage power converters for marine, mining industry and wind turbine applications was assessed against the requirements in IEC61800-5-1, EN50178 a
This project assessed the status of the current portfolio of a large customer against the requirements defined in IEC61800-5-1 and its relevance to CE compliance. The whole portfolio of medium-voltage power converters for marine, mining industry and wind turbine applications was assessed against the requirements in IEC61800-5-1, EN50178 and recommendations were proposed. Part of the project was also the business impact evaluation in terms of cost and resources related to the proposed recommendations.
Because of Brexit, the CE conformity would no longer be valid in the UK and instead, a new UKCA conformity had to be followed. This project assessed the compliance with the following new UK directives to comply with UKCA:
Because of Brexit, the CE conformity would no longer be valid in the UK and instead, a new UKCA conformity had to be followed. This project assessed the compliance with the following new UK directives to comply with UKCA:
This project assessed the whole MV converter portfolio with a priority focus on medium voltage converters for wind turbine applications of a large customer.
This project required gathering all the latest product updates in providing all the details for the Product Design Assessment (PDA) to the American Bureau of Shipping (ABS) with the goal of renewal of soon-to-be-expired ABS type approval for the water-cooled medium voltage converter used in power generation, mining and minerals, marine an
This project required gathering all the latest product updates in providing all the details for the Product Design Assessment (PDA) to the American Bureau of Shipping (ABS) with the goal of renewal of soon-to-be-expired ABS type approval for the water-cooled medium voltage converter used in power generation, mining and minerals, marine and oil and gas industry. It also required additional support and communication towards ABS for further details and clarifications.
This project was the extension of the previous project of reporting the substance in SCIP (Substances of Concern as such or In complex Products) database and was extended to the whole portfolio of a large customer of medium voltage (MV) converters for mining, marine industry and wind turbine applications. Part of the project was also the
This project was the extension of the previous project of reporting the substance in SCIP (Substances of Concern as such or In complex Products) database and was extended to the whole portfolio of a large customer of medium voltage (MV) converters for mining, marine industry and wind turbine applications. Part of the project was also the maintenance and support of all the activities once the data entered the SCIP database due to upgrades and modernization of the MV converter portfolio.
This project evaluated the products for compliance with EU Regulation REACH (Registration, Evaluation, Authorization and Restriction of Chemicals). It also assessed the compliance to RoHS (Restriction of Hazardous Substances), also known as Directive 2002/95/EC for these two products. Findings were summarized in the report and reported in
This project evaluated the products for compliance with EU Regulation REACH (Registration, Evaluation, Authorization and Restriction of Chemicals). It also assessed the compliance to RoHS (Restriction of Hazardous Substances), also known as Directive 2002/95/EC for these two products. Findings were summarized in the report and reported in the SCIP (Substances of Concern as such or In complex Products) database. This project was done for a large customer.
This project was done for a large customer and it consisted of listing the split of raw materials of all the components used in this medium voltage converter for wind applications and calculating its CO2 footprint. This project contributed to improving the environment by knowing the CO2 footprint for the next developments. This project was carried out for a large customer.
This project was a feasibility assessment to find out if all the components for a particular converter could be sourced outside Europe for a potential license agreement for the production of the MV converter. This project was executed by our procurement specialised consultant with over 20 years of experience in the field. This project was done for a large customer.
Advisory services were provided for a large customer on standardization and modularization of the power converter units and modules for the existing medium voltage converter for wind applications. This project was carried out in a very short time. It exceeded the customer's expectations mainly thanks to the experience of our professional senior consultant.
This project was done for a large customer, where project management services were provided to establish a concept for the adaptation of the existing workplace infrastructure in response to the COVID-19 rules and restrictions. It required intensive communication and project management with the different departments, groups, infrastructure
This project was done for a large customer, where project management services were provided to establish a concept for the adaptation of the existing workplace infrastructure in response to the COVID-19 rules and restrictions. It required intensive communication and project management with the different departments, groups, infrastructure services, management and IT department. This project was completed thanks to the vast experience of our senior consultant and project manager.
A feasibility study for the pilot power plant for a medium-sized customer that invented a new waste-to-energy power plant concept was successfully completed.
This project was completed for a small-size customer that was planning to build a new wind park project with the output power of 10MW of electrical energy in South-East Europe.
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