Consultancy Services
Leverage DynaVec's extensive experience in renewable energy and rotating machinery. Our consultancy services provide expert analyses and tailored solutions to optimize your hydropower, wind and tidal energy projects.
Hydro Power
With extensive experience in hydropower, DynaVec offers:
- In-house Design Program: Specializing in Francis and Pelton turbines
- Performance Optimization: Enhancing hydraulic efficiency
- Low-pressure Zone Reduction: Minimizing issues at inlet and outlet
- Cavitation and Erosion Prediction: Accurate forecasting to prevent wear
Francis Turbine Analysis
CFD simulation of flow patterns
Pelton Turbine Design
Optimized for maximum efficiency
Tidal and Wind
Our experience enables us to offer consultancy services for both tidal and wind turbines as:
- Blade Design: Crafting high-efficiency blades tailored to specific project requirements
- Performance Optimization: Enhancing the efficiency and output of turbines to maximize energy production
- Park Optimization: Strategizing the optimal layout and configuration of turbine parks
- Forces Conditions Analysis: Assessing and mitigating potential forces to ensure operational safety and reliability
DynaVec was engaged in the design of the world's first tidal power turbine with Hammerfest Strøm in Norway.
Tidal Turbine Installation - Hammerfest Strøm
World's first commercial horizontal axis tidal turbine deployment
Blade Performance Simulation
Optimizing blade efficiency under various conditions
Analysis
Flow Analysis:
We conduct advanced Computational Fluid Dynamics (CFD) analysis to study flow patterns, pressure distributions and cavitation control. This helps in understanding the fluid behavior within turbines, enabling precise adjustments for optimal performance.
Transient Calculations:
Our time-dependent CFD calculations focus on the transient phenomena in hydraulic turbines, including rotational and flow characteristics over time. This detailed analysis is crucial for designing turbines that can handle dynamic operating conditions.
Strength Analysis:
We perform Finite Element Analysis (FEA) and modal analysis of hydraulic runners to evaluate their structural integrity and vibration characteristics. This ensures that our designs can withstand operational stresses and remain reliable over their whole lifespan.
Flow Analysis (CFD)
Predicting fluid flow, pressure and erosion
Finite Element Analysis
Evaluating stress, deformation and structural integrity