Design anchor sizing for EV charger pedestal wind loading, Texas PE stamp required
Budget: $250 – $750 USD
I am looking for a skilled and experienced engineer to design and verify the anchor sizing for an EV charger pedestal. The project requires expertise in wind load calculations and structural design.
Requirements:
- Wind load rating: The EV charger pedestal anchoring must be designed to withstand wind speeds up to 129 mph.
- Specific design: I have the dimension drawings for the two pedestal sizes, one is 63" tall, other is 56". To be anchored to concrete paving with 3/8" wedge anchors if adequate, else specify size required.
-Need drawing pdf with Texas PE stamp for submission to city plan checking.
Ideal skills and experience:
- Structural engineering: The engineer should have a strong background in structural engineering, with experience in designing structures to withstand wind loads.
- CAD modeling: Proficiency in CAD software is required to create detailed designs and models for the EV charger pedestal.
- Knowledge of anchor sizing: The engineer should have expertise in determining the appropriate anchor sizing based on the wind load requirements.
- Experience with EV charging infrastructure: Familiarity with EV charging infrastructure and related design considerations is a plus.
If you have the necessary skills and experience in wind load calculations, structural design, CAD modeling, and EV charging infrastructure, please submit your proposal for this project.
Requirements:
- Wind load rating: The EV charger pedestal anchoring must be designed to withstand wind speeds up to 129 mph.
- Specific design: I have the dimension drawings for the two pedestal sizes, one is 63" tall, other is 56". To be anchored to concrete paving with 3/8" wedge anchors if adequate, else specify size required.
-Need drawing pdf with Texas PE stamp for submission to city plan checking.
Ideal skills and experience:
- Structural engineering: The engineer should have a strong background in structural engineering, with experience in designing structures to withstand wind loads.
- CAD modeling: Proficiency in CAD software is required to create detailed designs and models for the EV charger pedestal.
- Knowledge of anchor sizing: The engineer should have expertise in determining the appropriate anchor sizing based on the wind load requirements.
- Experience with EV charging infrastructure: Familiarity with EV charging infrastructure and related design considerations is a plus.
If you have the necessary skills and experience in wind load calculations, structural design, CAD modeling, and EV charging infrastructure, please submit your proposal for this project.