About
Founded in 1925, CSE Electric brings nearly a century of commercial and industrial electrical expertise to San Antonio, Austin, and project sites across Texas — a rare depth of institutional knowledge that facility managers and general contractors can leverage on complex, high-stakes work. Licensed under TECL21085, CSE Electric self-performs the full project lifecycle: design-build using BIM and CAD-driven 3D modeling, ground-up construction, underground electrical infrastructure, interior finish-out, and ongoing service and maintenance. That integrated capability means a single accountable partner from initial load calculations through final commissioning and beyond. For facility managers overseeing office buildings, industrial and manufacturing facilities, warehouses, educational campuses, and institutional properties, CSE delivers power distribution, switchgear and panelboard work, commercial lighting systems, and EV charger (EVSE) installation — all designed to meet NEC compliance standards and the operational demands of Texas's commercial market. Their underground electrical infrastructure capability is particularly valuable for ground-up campus developments and industrial sites where utility coordination and conduit installation must be sequenced precisely with civil work. CSE also installs HVLS (high-volume, low-speed) fans, reflecting their focus on full mechanical-electrical coordination in large warehouse and industrial environments. Maintenance contracts are available, giving property and facility managers a structured path to ongoing electrical system reliability rather than reactive repair cycles. With crews headquartered in both San Antonio and Austin, CSE Electric routinely mobilizes to rural and secondary Texas markets — a meaningful advantage for multi-site portfolio owners and GCs managing statewide construction programs. Their project portfolio spans education centers, recycling and industrial facilities, multi-assistance centers, and large residential communities, demonstrating versatility across building types and system complexities.
