What is Scarp Industries?
Let us provide your energy solutions.
Scarp Industries is founded on the basis of leveraging highly technical engineering talent in the power systems space to advance modern electric utility industry reliability, efficiently function within competitive and regulated utility frameworks, and maximize each business’s successful entry and operation in competitive electric markets. Additionally, we advise clients on ever-changing electric utility market rules in every major market or control area. Scarp Industries also uses its in-depth knowledge of the electric utility power sector to develop customized training materials and user documentation for planning, operations, and maintenance areas of the business with technological capabilities in energy management systems, power system simulations, and advanced applications.
Our Mission
To be the best in energy consulting, Scarp Industries has a multilayered mission enumerated below.
- Provide deep power system and economic analytics modeling capabilities to assist in utility strategy and evaluating different project feasibility and payoff.
- Provide leading-edge commentary and reporting on organized electric utility markets focusing on areas or regulations, market rules, and operational procedures.
- Develop utility-scale electric power systems training programs and on-the-job training guides in the areas of power system dispatch, substation operation, power generation, power system protection, voltage control, power flow, energy management systems, and information technology.
- Provide expert instruction to electric utility personnel using classroom, virtual, structured on-the-job training, and power system simulator training methods.
The people
Dominic Scarpignato
Dominic is the founder and president of Scarp Industries. He is trained in Regional Transmission Organization (RTO) operations, planning, and markets. He has significant experience participating in the RTO stakeholder processes. Dominic is a highly competent electrical engineer who also possesses power system modeling capabilities and can evaluate economic scenarios.