Cross-Arm Performance Analysis

rPatrick Harkin, Associate Vice President & Group Lead of Engineering, ASEC Engineers a Verdantas Company Scope: This project aimed to conduct an economic feasibility study on a set of high-strength, insulated cross-arms, designed for use in transmission towers...
Solar Field Integration Substation

Solar Field Integration Substation

Scope This substation project encompasses the design and engineering of a 138/34.5 kV substation is Ohio. The primary objectives include the interconnection with the utility’s existing substation and the integration of a solar field. The specific scope of work...
BESS Gen-Tie Transmission Line

BESS Gen-Tie Transmission Line

Scope This BESS project includes ASEC’s detailed engineering services for the design and implementation of a 230 kV Generation Tie transmission line. The Gen-Tie line spans approximately one mile, two-thirds of which is underground. The project involves the...
PV Array, Gen-Tie, BESS, Substation, Interconnect

PV Array, Gen-Tie, BESS, Substation, Interconnect

Scope This project involves the design and construction of a 125 MW PV array, a 31.25 MW/125 MWh Battery Energy Storage System (BESS), and a 230/34.5 kV substation. ASEC’s scope covers the Gen-Tie transmission line design (800 feet, 230 kV), civil and structural...
Supplier Conformance Assessments

Supplier Conformance Assessments

Scope ASEC undertook a meticulous project for a Central Texas Utility, focusing on the Supplier Conformance Assessments (SCA) of steel monopoles used in transmission line projects. The primary objective of this collaboration was to validate that both the fabrication...
Solar 230kV Gen-Tie Line

Solar 230kV Gen-Tie Line

Scope This renewable project in Colorado aims to develop a 230kV underground transmission line, stretching for significant miles and designed to connect a solar power plant to a substation. Initially, the project contended with an undefined scope, which led the team...