Resorts
Sterling Holiday Resorts – Sterling Yercaud operates in a hill station region with approximately 9 hours of daily grid downtime, leading to heavy reliance on diesel generators and rising fuel costs. The property also depended on 19 kg VOT LPG cylinders for kitchen operations, resulting in high handling intensity and indirect inefficiencies.
Pune Gas engineered a structured hybrid energy transformation through the deployment of dual LPGenius systems—one for kitchen operations and another for DG operations—integrated with FuelFusion Dual Fuel Technology. This enabled a transition from a diesel-dominant setup to a hybrid LPG–diesel architecture.
The intervention delivered up to 45% diesel reduction, ₹16.8 lakhs in annual savings, and a payback period of ~7 months, significantly improving operational efficiency and cost control.
Sterling Holiday Resorts is a leading hospitality brand operating premium resorts across India. The Yercaud property operates in a terrain-sensitive region where uninterrupted power and efficient fuel systems are critical for guest experience and operational continuity.
The resort faced sustained operational pressure due to:
The existing system was both financially inefficient and operationally exposed.
Pune Gas implemented an integrated hybrid architecture combining LPG infrastructure optimisation with intelligent fuel blending.
LPGenius – Kitchen Operations
LPGenius + FuelFusion – DG Operations
This created a stable, scalable hybrid energy backbone supporting both hospitality operations and power generation.
250 kVA DG Set (Friday–Sunday)
180 kVA DG Set (Monday–Thursday)
The hybrid deployment delivered:
The project was executed with precise engineering and seamless integration of LPGenius systems and FuelFusion technology, ensuring uninterrupted resort operations during deployment.
Through dual LPGenius deployment and FuelFusion integration, Sterling Holiday Resorts – Sterling Yercaud successfully transitioned to a financially optimised and operationally resilient hybrid energy infrastructure. The project sets a benchmark for energy optimisation in hospitality environments operating under challenging terrain and power conditions.
