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Self-SupportingModularBuilding
Description
The self-supporting modular building is
custom-designed for a variety of applications,
according to the client's requirements.
The structure is steel covered with sheet
metal, the walls and roof are isolated using
sprayed urethane and the base is made of
solid steel beams.
Each step of the manufacturing process is
followed rigorously. The quality of the
construction is in accordance with technical
standards and specifications that regulate both
the building's structure and its internal
components.
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Advantages
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Since it is self-supporting, the
building is flexible and can easily be
adapted to the client's site. Electrical
equipments, including components
required for control and protection,
are installed in our shop and
delivered within the building.
The space required for the
maintenance of integrated
equipment is already provided for
within the building; service aisles
may also be included. In such
conditions, the client increases the
efficiency of maintenance works
while reducing shutdown and
maintenance costs. The exterior /
interior finish, isolation, air
conditioning, heating, protection
(SCADA system), lighting and fire
prevention are made to order in
accordance with the client's
specifications.
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With this turnkey type construction, all required construction permits are taken care off and all regulations
concerning the construction are respected. Our team sees to all such matters so the client may have peace of
mind. On the building site, safety is increased by the fact that on-site manipulations are considerably reduced.
Considering all these advantages, the long-term savings for the client are substantial.
Certifications
Building in accordance with:
- Electrical code regulating the installation site
- Building code regulating the installation site
Electrical components for control and protection installed and tested:
- CSA, IEEE/ANSI, EEMAC
Manufacturing process quality control:
- ISO 9001-2008
Arc-proof internal cabinets:
- ANSI C37.20.7 : 25kV, 31.5kA, Type 2C, 0.5 s
- EEMAC G14-1 : 25kV, 29kA Type C, 1 s
15kV, 40kA, Type C, 1 s
General Design Steps
- In collaboration with a structural engineer, verification and application of technical specifications regulating the building's structures;
- In collaboration with an architect, verification of construction regulations as well as exterior conditions and seismic conditions for the site;
- Mechanical and electrical engineering for the design of the building, in accordance with both the client's specifications as well as specifications generated by design, manufacturing and construction;
- Mechanical and electrical design to include all components required for distribution, control and protection;
- Manufacturing and assembling cells within the building;
- Installation of control and protection equipment;
- Mid-project inspection and electrical tests;
- Final inspection and electrical tests;
- Packaging, delivery and supervision of installation on site.
Work History Reference
Download PDF.
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