risk analysis for safe products
We deliver in-depth risk analyses, from safety evaluations for energy storage systems to Functional Safety analyses of complex electronics and electronic controls.
Contact usBattery energy storage systems and home energy storage systems
Battery Energy Storage Systems and Home Energy Storage Systems are becoming an essential part of our modern energy infrastructure. The safe deployment of such systems calls for the need of proper technical, operational, and safety assesments.
A comprehensive risk analysis does not only focus on major hazards, it also identifies the smaller design and integration details that determine the long-term safety, reliability, and performance of a system.
Our assessments combine engineering expertise with a structured evaluation against relevant national and international standards and guidelines like:
- PGS 37-1
- IEC 62933 series
- HD 60364 series
- EN 60204
By evaluating a system against these standards, we assess aspects such as electrical safety, system integration, installation practices, maintainability, and operational risk.
At Mlab Testing we can support in the evaluation of your Battery Energy Storage System and Home Energy Storage System offering from a Quickscan of your Technical Construction File or a visual inspection up to a full quality and compliance assessment whether at your location or at our laboratory.
Contact us“Mlab helps you identify and understand the risks of your product through risk analysis, the essential first step before bringing it to market.”
Functional safety for e/e/pe systems
Electrical / Electronic / Programmable Electronic systems are increasingly responsible for safety-critical functions in modern products. From Battery Management Systems to electronics for household appliances, these systems must reliably detect faults, respond appropriately, and maintain safe operation under all foreseeable conditions.
Mlab Testing provides independent Functional Safety evaluations for a wide range of applications, including:
• Battery Management Systems (BMS), for batteries used in energy storage systems or battery-powered appliances
• Controls (Protective Electronic Circuits) for a wide range of household appliances, such as vacuum cleaners, washers, dryers, ovens, cooktops, dishwashers, range hoods, or coffee makers
• Other embedded control systems that perform safety-related functions
Our methodology is based on internationally recognized Functional Safety standards. Depending on the system and application, our assessments are performed according to:
• EN ISO 13849-1
• EN IEC 60730-1, Annex H
Using these standards, we evaluate fault handling, architecture, probability, diagnostic coverage, and firmware.
Our evaluations help to reduce certification risks, improve product robustness, and improve safety.
As products become more connected, autonomous, and electronically controlled, Functional Safety is no longer optional, it’s fundamental to product reliability and user safety.
