Services
What We Do
We Make Industry Reliable, Safe and Green
RSTER offers cutting-edge methods for evaluating the reliability and safety of complex multi-domain engineering systems. Furthermore, RSTER has created strategic and principled methodologies for controlling the components’ safe and dependable performance. Our plan is to get a good understanding of reliability and safety by finding likely failures, figuring out what caused them and what happened as a result, and determining what can be done to prevent or reduce failures over the product’s life.
Our targeted market contains three main domains:
• Electric mobility applications:
o In the land: the automotive market in terms of electric vehicles (light and heavy-duty vehicles), urban e-mobility applications such as e-bikes, e-motorbikes, and scooters,
o In the meantime, industries include e-vessels and ships (passenger and cargo ships), e-water mobility markets,
o In the aircraft industry: drones, green aerospace
• Modern electric grid and Renewable energy
o Smart grid
o Microgrid
o Smart home/ building
• Distribution generations (stationary batteries, energy storage, solar and wind systems, etc.)
• Sustainability and GHG emission reduction
GHG Emission Reduction
Waste management, recycling management, Waste management, Recycling management
Green Energy
Solar energy, Wind energy, Biomass energy, Marine Energy, Rechargeable energy storage, Hydrogen
Smart Grid
Energy management, Integration, Control strategy, Off-grid and On-grid assessment, Optimization of sizing and seating
E-mobility Applications
Electric vehicles ( light and heavy-duty), electric railway, electric vessels, electric bikes, ...
Why Our Services
A comprehensive vision of the multi-domain engineering system performance over time to reduce failures, estimate the maintenance and improve the efficiency of the main components:
- Efficiency Map
- Reliability and Safety Models
- Lifetime Data Analysis
- Risk Management
- System Characterization
What You Get
RSTER helps you to have a comprehensive vision of the multi-domain engineering system performance over time to reduce failures, estimate the maintenance and improve the efficiency of the main components:
- Evaluating the efficiency of key components
- Lifetime modelling of the components based on the reliability and safety innovative methods
- Monitoring the performance of the key components
- Design and integration of the components, Failure management and maintenance estimation, and Identification, evaluation, and prioritization of risks
- Hazard operability analysis, Event tree analysis and fault tree analysis, Failure mode and effect analysis, and Failure mode, effects, and criticality analysis