I’m working on control system, and I’m reading a paper called Advanced Control Design for Wind Turbines which is downloaded from http://www.nrel.gov/docs/fy08osti/42437.pdf. In section 3.2, it refers to a Cp versus TSR and pitch surface, and mentions that surface is usually determined by using an aerodynamics code such as WT_Pref, and it also supplies the web address http://nwtc/designcodes/simulators/wtperf/WT_Perf.pdf. But, I can’t open that address. So I doubt if NREL still support this code, or the web address has been changed.
We pulled the most recent version of WT_Perf from our website because users ran into problems that we didn’t have time to fix. Please see the following forum topic for information about WT_Perf’s status: http://forums.nrel.gov/t/wt-perf-being-removed-from-distribution/882/1.
Our effort recently has been on updating the BEM solver of AeroDyn, from which we developed a standalone wrapper that will replace WT_Perf. The release of this overhaul of AeroDyn will happen later this month.
The forum topic linked above recommends CCBlade (nwtc.nrel.gov/CCBlade) as a replacement for WT_Perf, which was developed under NREL’s Systems Engineering initiative, but will be replaced by the new standalone AeroDyn.
Another option is FAST.
I have problems in installing CCBlade, so is there any other software for achieving a power coefficient versus TSR curve?
The previous post answers your question–the NREL tools capable of calculating a power coefficient versus TSR curve are standalone AeroDyn (due out soon), CCBlade, and FAST. I have no experience with CCBlade, so, can’t help with that.