This cutting-edge design is expected to improve energy savings for its Texas data center projects by 40%. This highly-efficient combined cycle system produces a remarkable 673 megawatts (MW) of electricity. It will change the game for scalable sustainable energy solutions. Their ambition is to deploy this system in combination with new solar and wind assets, giving consumers the choice to run it behind-the-meter.
The creative design allows the system to work in Island-mode with battery energy storage systems. This setup, in addition to offering the resilience discussed above, ensures that in the long run Titus can continue providing clean, reliable energy to its facilities. The company has been employing a modular blocks approach which allows parallel installation and commissioning. This strategy enables a phased full-campus energization over time.
Timeline for Commissioning
To that end, Titus has established an ambitious, but clear timeline for the commissioning of the new power system. The first phase, which will include a total of 400 MW of capacity, is anticipated to be in service by the fourth quarter of 2027. The entire system, including outstanding capacity, is expected to be completely commissioned by mid-2028.
With this intentional rollout, Titus will get to build a 100% redundant power envelope, cutting down time-to-power for its projects by leaps and bounds. Secondly, the design guards against large sudden spikes in energy prices. This enables the company to offer dependable capacity with a low cost structure.
Compliance and Operational Efficiency
The new power system adheres to recent regulatory changes in Texas, ensuring that Titus remains compliant while advancing its sustainability goals. Battery energy storage systems improve operational efficiency. They are a consistent source of clean energy and reinforce the company’s long-standing commitment to sustainability and using cleaner energy sources.
Jeff Ferguson, a representative from the city of Titus, highlighted the unusual strategic partnership that made this new development possible.
“Partnering with Gruppo AB gives Titus a thermal generation solution that delivers firm flexible power and – when deployed at our renewable sites – a clear pathway to the cleanest, lowest power cost data centre campuses in the US.” – Jeff Ferguson
Technological Advancements
The power plants will deploy Jenbacher J620 engines with features tailored for mission-critical sites and fast deployment. This technological advancement is a testimony of Titus’s continual commitment to use state-of-the-art solutions in its operations.
Giuseppe Fiorella, a spokesperson from Italian partner Gruppo AB, stressed the significance of these developments for their customers.
“Our Ecomax 33 power plants powered by Jenbacher J620 engines are built for mission-critical sites and rapid deployment.” – Giuseppe Fiorella