Proven Turbine Technology​, Increasing Plant Profitability

Dynavec's francis

DynaVec's Monsoon Turbine designed for continuous energy generation, avoiding downtime and loss of efficiency.

Explore turbines

Monsoon Runner® Assembly

Explore Our Technology

Export Project Financing up to 85%​

Eksfin Logo
Contact Us To Explore more​

Monsoon Runner® - Typical Increased Profit Diagram​

Discover how much Dynavec can increase your profit​

Adjust the parameters below to estimate increase in profit. Calculations are estimated based on revenue and is individual
for every HPP. Please contact us to discuss your potential.​

1 MW 50 MW 100 MW 150 MW 200 MW 250 MW
MW
$20 $40 $60 $80 $100
$/MWh
0 Days 10 Days 20 Days 30 Days 40 Days
Days
1% 2% 3% 4%
%
Calculation Value

Forced Downtime due to erosion​

$840 000

Efficiency maintained
(est. 1.5% of Revenue)

$230 000

Extended Time Between Overhaul​
(est. 3% of Revenue)​

$460 000

Increased output of Dynavec Custom Design
(2.9% of Revenue)

$445 000

Incresed Annual Revenue:​

$1 974 000

Explore Our Turbines

Our expertly engineered products are designed to transform the future of energy generation. At DynaVec, we merge cutting-edge technology with robust engineering to deliver solutions that set new standards in efficiency, reliability, and sustainability.

Francis Monsoon® Runner

(HVOF - Wolfram Carbide)

View turbine

Pelton Monsoon® runner

(HVOF - Wolfram Carbide)

View turbine

Consultancy Services

Leverage DynaVec's extensive experience in renewable energy and rotating machinery. Our consultancy services provide expert analysis and tailored solutions to optimize your hydropower, wind, and tidal energy projects.

Our Expertise

  • CFD and FEM analysis
  • Stationary and transient analysis
  • Hydropower plant optimization analysis
  • Erosion prediction and mitigation
  • 3D modelling and structural analysis
  • Custom hydraulic turbine design
  • Operational efficiency enhancement
  • Environmental impact assessments
  • Maintenance and lifecycle management
  • Failure mode and effects analysis (FMEA)
  • Site-specific energy production forecasting
  • Project management and implementation support

Advanced Analysis Tools

We employ cutting-edge software and in-house design programs to ensure the highest accuracy in our analyses and recommendations:

  • ANSYS CFX for flow analysis (CFD)
  • ANSYS Mechanical for strength analysis (FEA)
  • Pro/Engineer for 2D/3D drawing and CAD
  • Blade Element Method for tidal and wind turbine design
  • Transient calculations for rotational phenomena in turbines
  • Cavitation control and pressure distribution analysis
  • Modal analysis and vibration assessment
  • Wake effect simulations for wind and tidal energy parks
  • Park optimization for maximum energy yield

Francis Turbine Optimization

Pelton Turbine Optimization

Office

Contact Us