PRELAM

PRELAM

Knowledge transfer in order to increase the performance of electric machines using intelligent multifunctional materials

The main objective of the project is to develop a new type of electric motor that is characterized by high torque density, compact dimensions, low weight and high efficiency. These properties will be fulfilled by designing and making components of an electric motor using the additive manufacturing technique (AM).
This new type of motor can be designed for electric traction, servo systems, industrial robots, positioning systems, systems, high performance industrial automation.

Icpe aims to introduce in manufacturing a new product for which it is anticipated that there will be demand. In the current economic context due to a high dynamics of the market segment that includes electric motors, manufacturers operating nationally and internationally are required to permanently offer new and competitive solutions for their products. In addition to technological challenges, the European market imposes additional financial challenges leading to the need to develop new high-performance products that are based on innovative technologies (such as the use of laser technologies) and have an efficient manufacturing process.

Project no. 3364/25.06.2020
The project runs from 01 August 2020 to 24 August 2022
Website Project
Position / role in the project
Project Manager
Paul Minciunescu
Phone: +40213467233
Email: servo@icpe.ro

PARTNERSHIP:

Coordinator:INSITUTUL NATIONAL DE CERCETARE-DEZVOLTARE PENTRU FIZICA Laserilor, Plasmei şi Radiației

Partner 1: Icpe (România)

Cloud-based analysis and diagnosis platform for PV prosumers

The project proposes a cost-effective solution designed for small on grid PV systems, where the relevant onsite data are collected, sent to a dedicated cloud platform to be processed, analyzed and diagnosed. The equipment will provide an easy onsite mounting, directly on the prosumer’s installed PV system, without technical assistance. Once connected, it will start rapidly to collect and send data such as: meteorological, spatial PV system configuration, orientation and tilt, into the platform. All received data are automatically integrated and the output data are processed by means of algorithms. The mainly benefits of PVADIPC project are in terms of important time and money savings. The onsite sensors commissioning, data transfer to the PVADIPC cloud platform, their processing, analysis and diagnosis are done fast and easy. As a project result, a smart, easy to use system will be obtained, which will ease the PVs operation. It empowers prosumers to optimize their PV system benefits, e.g. for maximization of the PV generation usage in the moments grid power injection is not allowed, maximizing their revenues or providing flexibility to the distribution system operator (DSO).

ERA NET MANUNET
Project ref. no: MNET 20/NMCS-3779
The project runs from 09 November 2020 to 09 November 2022
Website Project
Contact: Corneliu Ioan Jivan
Tel: 0215893300
Email: cornel.jivan@icpe.ro
Icpe | Splaiul Unirii 313, 030138 București, ROMÂNIA

PARTNERSHIP:

Coordinator: Icpe (România)

Partner 1: EPRA (Turkey)

Partner 2: USN (Norway)

X