How to use PLS-CADD on a project from start to finish, including survey importing techniques, criteria development, structure designs, conductor sagging, and final plan & profile drawing development and plotting.
This course is intended to familiarize the attendees with power transmission line design.In order to optimize the cost of project, the transmission line SURVEY is critical, where considerable saving in cost of project can be achieved. The need for new transmission lines is continuous as the demand is ever increasing to evacuate enhanced power generation to the load centers across the country. Time will also be allocated to practicing different real projects to give hands on experience to trainees. The course will familiarize the attendees with how to use PLS-CADD on a project from start to finish, including survey importing techniques, criteria development, structure designs, conductor sagging, and final Plan & Profile drawing development and plotting. It integrates all aspects of power transmission line design into a single stand-alone program with a simple, logical, consistent interface. It is the most powerful overhead power line design program. PLS-CADD is the industry standard in overhead line design and is being used by 1600 companies in over 125 countries worldwide.
The use of internationally recognized software PLSCADD a better optimization of transmission line can be achieved in short time. The continued integration of the LiDAR based PLS-CADD models into Electrical asset management system will provide additional benefits in the areas of Vegetation Management, Construction and Maintenance, System Operations and Engineering.The power transmission line design & survey plays a very vital role in the optimization of transmission line. This technique is quite accurate and fast as compared to the traditional techniques being used. Now the developed PLS-CADD models helps in finding faulty situations and the same were examined and resolved timely. Using these models, real time situations and problems involving the transmission system can be simulated, studied and resolved in the office at a fraction of the time and costs when compared to previous traditional techniques used in the field. Usually here data is obtained for a specific width of corridor along the complete circuit (in miles) of the transmission system. Accurate PLS-CADD models are developed using aerial LiDAR survey.
The use of PLS-CADD with aerial LiDAR data is a key tool in managing these assets. The needs of an electrical domain client is well understood by InfoTech and accordingly processed using the latest industry standard tools: PLS-CADD.Ī key factor in maintaining an electrical company's high system reliability is the timely and accurate management of its various transmission assets. The use of PLS-CADD has made the post processing of LiDAR data quite easy and much more effective. InfoTech’s resources are well trained in both the traditional LiDAR techniques as well as PLS-CADD, the recent in the industry.
Transmission Line Management Using LiDAR and PLS-CADD Decem| NV | 2132 | LIDAR SERVICES InfoTech is having trained resources working on PLS-CADD and generating models for various client requirement.