Description
Balance of Plant is everything in a wind farm that is not the turbine: roads, crane pads, foundations, cables, substations, and the engineering that ties them all together. It represents 20–30% of the total project cost — and yet there is no book dedicated to it. Until now.
This guide is written by a practitioner, not an academic. Every chapter is built from 15 years of real project experience — from flat desert sites in North Africa to steep mountain ridges in Central America, from peat bogs in Northern Europe to seismic zones in the Middle East. The numbers are real. The mistakes are real. The lessons are hard-earned.
What you’ll find inside:
- How to design wind farm internal roads that survive crawler cranes
- Why the geotechnical investigation is the most important (and most underestimated) phase of a wind farm project
- Introduction to wind turbines foundations
- Crane pad dimensions, bearing capacities, and the hidden cost of getting the orientation wrong
- Transport logistics: blade lifters, vertical curve parameters, bridge load verification, and the AutoTURN simulations that save you from building a road twice
- Cost benchmarks and rules of thumb for quick estimation — with honest caveats about their limitations
Click here to view the table of contents
Who this book is for:
- Junior engineers entering the wind energy industry who need a structured introduction to BoP
- Experienced engineers looking for a reference with practical data and cross-disciplinary perspective
- Project managers, developers, and investors who need to understand what drives BoP cost and risk
- Anyone who has ever wondered why balace of plant cost so much… and why cutting corners on engineering isn’t a good idea
Didn’t like it? Think it’s not worth what you paid for it? Contact me within 30 days of purchase and you’ll receive a 100% refund.