Engineering and building tomorrow's power
Engineering and building tomorrow's power
IEC Corporation provides energy consulting services in the areas of wind, geothermal, biomass, photovoltaic, solar thermal, hydropower, landfill gas, municipal solid waste, biodiesel, and digester gas. This includes developing complete solicitations; performing resource assessment and feasibility studies for multiple renewable technologies; and providing design, engineering, and construction management services for both large and small projects. We focus on renewable technologies with high development potential such as: wind, solar, biomass and landfill gas. But we are also able to introduce our clients to additional emerging technologies of interest.
IEC has diverse engineering and consulting experience in the deployment of solar power technologies for both commercial and utility installations. Our project experience ranges from small PV installations to large utility-scale projects, with several megawatts currently producing power. Our consulting team helps each client navigate key PV project issues prior to project development—including permitting, siting, physical orientation, and cost competitiveness—to identify project constraints and determine financial viability. We are then able to apply our field-tested experience to move the project through the design and installation phases.
IEC professionals are highly experienced in the conceptual and detailed development of wind plants, having been involved in wind projects from initial assessment and design through project operations and maintenance. This unique perspective gives us the ability to identify wind projects that will be efficient in energy production and cost-effective in the construction and O&M phases.
IEC Corporation provides analysis, engineering, design, and construction services to support both new hydroelectric developments and the rehabilitation or modernization of existing hydroelectric facilities. Our staff has worked on large hydroelectric facilities throughout the western United States ranging in size from less than 6 MW to more than 1,000 MW. These projects have included high-head and low-head plants, large reservoir, and pumped storage facilities, and configurations that include underground cavern and surface powerhouses.
