ERS Tower rental is priced around the deployment rather than the hardware. The main drivers are voltage class, span and site conditions, the rental duration and mobilisation distance. You pay for the bypass you need, engineering, crew, erection and dismantling are also included so that there is no separate capital, storage or maintenance cost included to the budget.

Rental is fully turnkey: engineering and design, transport, erection, supervision, and de-rigging once your permanent line is restored. You don’t pay for storage, training or ongoing maintenance of the equipment.

Yes. HTSE offers standby ERS Tower rental agreements for utilities, EPCs and TBCB operators. A certified Emergency Restoration System Tower and deployment team are kept ready for your network, ensuring rapid mobilisation whenever an outage occurs.

HTSE manages the complete technical deployment of the ERS Tower. We handle survey, engineering, logistics, erection, on-site supervision and dismantling, while the utility or asset owner manages statutory approvals, shutdown permits and switching coordination.

HTSE’s Emergency Restoration System Towers are engineered for demanding field conditions and are deployed under our supervision. Our trained team manages installation and operational support throughout the rental, ensuring the system performs safely and reliably.

For most transmission licensees the rental is a fraction of what a multi-week outage costs in penalties, lost availability payments and spot-market purchases. Because a rented bypass restores the corridor in hours rather than weeks, the revenue it protects usually dwarfs the rental itself. That’s why renting is the default choice for critical lines.

They’re the same idea described in two ways. An ERS tower is a temporary transmission tower, and temporary transmission tower rental is exactly what HTSE provides. The difference is the system: an IEEE 1070-certified, modular ERS engineered to your span and delivered as a full-service rental.