Ascent MKE stands as a remarkable architectural feat in Milwaukee, currently holding the title of the world’s tallest timber tower. This high-rise blends modern design with sustainable construction methods, primarily utilizing mass timber. Roman Electric was integral in providing cutting-edge electrical solutions to this pioneering project, ensuring all installations not only supported the unique wooden structure but also adhered to stringent safety and efficiency standards.
Challenge
The primary challenge in the Ascent MKE project stemmed from its innovative use of timber in high-rise construction, a material less conventional than steel or concrete in such applications. This required meticulous electrical planning and installation to prevent potential hazards and ensure compatibility with the wood-based structure. Furthermore, the complex design and layout of the building demanded precise coordination among various construction teams to integrate electrical systems without disrupting the architectural integrity.
Solution
To navigate the complexities of Ascent MKE, Roman Electric employed advanced Building Information Modeling (BIM) techniques, which allowed for detailed 3D modeling of the electrical installations before actual construction commenced. This approach enabled the team to identify potential issues and rectify them in the virtual model, thereby reducing on-site errors and ensuring a smooth integration of electrical systems. The use of BIM significantly enhanced the efficiency and accuracy of the project, demonstrating Roman Electric’s capability to handle innovative construction projects through advanced technological solutions.
General Contractor :
C.D. Smith
Project Size :
25 Story, 259 luxury apartments
Location :
Milwaukee, WI
Power Distribution, Life Safety Systems, Lighting and Controls, Backup Power Systems, Equipment Wiring, Receptacles and Power Outlets, Grounding
Design-Build, Prefabrication, BIM Modeling
Arc Flash & Coordination Studies
Access Control Systems, Fire Alarm Systems, Security and Camera Systems
