Molanote

As part of the Molanote 6 Laboratory operator, the Future Solutions Research and Development Center conducts comprehensive electromagnetic compatibility (EMC) testing of electronic devices and safety testing for their use. These tests form the basis for assessing compliance with the requirements of European Union directives related to CE marking. The test results are essential for preparing declarations of conformity based on harmonized standards. The laboratory also provides the capability to improve devices to achieve electromagnetic compatibility and electrical safety.

Target Audience

• Entrepreneurs introducing electrical devices that consume, generate, or store electrical energy into the market.

• Distribution companies and energy sellers who want to assess the impact of consumer and generation devices on the power grid.

• Companies and institutions experiencing issues with power quality, voltage stability, power continuity, and energy supply security.

Scientific and Research Offer

• Conducting tests and preparing protocols for CE marking for all electrical products related to renewable energy and distributed generation.

• Preparing and conducting laboratory accreditation for selected EMC and LVD tests.

• Providing research and development services, including training, consulting, and design services in the field of renewable energy, energy-efficient home installations, energy efficiency, and distributed generation.

Technical Facilities

• A station for measuring conducted disturbance emissions.

• A station for testing the immunity of electrical and electronic devices to conducted disturbances induced by radio-frequency fields in accordance with the current IEC/EN 61000-4-6, IEC/EN 61000-6-1, IEC/EN 61000-6-2 standards.

• A station for testing voltage surge immunity (surge – according to IEC/EN 61000-4-5), series of fast electrical transients (electrical fast transients – “burst” – according to IEC/EN 61000-4-4).

• A station for testing the immunity of electrical and electronic devices powered by single-phase and three-phase AC networks (with a rated voltage of up to 400VAC and a rated current of up to 32A per phase) as well as devices powered by DC voltage (minimum 1000V / 32A) to dips, short interruptions, and voltage variations.

• A station for testing the immunity of electrical and electronic devices to electrostatic discharges at levels up to 16.5 kV.

• A station for testing compliance with the Low Voltage Directive (LVD) and Noise Directive, including measurements of light intensity, humidity, and temperature.

• A station for testing energy quality according to PN-IEC 50160 standards for devices such as photovoltaic panels, cogenerators, backup generators, wind power plants, and power electronics converters.

• A station for testing cogenerators in compliance with the Gas Appliance Directive (GAD) to determine the efficiency of cogeneration systems, the quality of electrical and thermal energy, and the ability to operate in an isolated network.