AMP Expands Fleet with 1.3GW Dynamis Power Order

AMP Expands Fleet with 1.3GW Dynamis Power Order

The surge in demand for rapidly deployable, high-density energy is driving a significant expansion in mobile power capacity. Accelerated Mobile Power (AMP) is adding 76 Dynamis DT17 units to its leasing fleet following a major order placed by its sister-company, Dynamis Power Solutions, with Baker Hughes. This procurement involves 76 NovaLT™16 gas turbines, integrated with gearboxes and BRUSH™ Power Generation components, totaling approximately 1.3GW of capacity. The move targets the increasing power requirements of data center projects and oil and gas operations requiring flexible, turnkey energy solutions.

Dynamis Power Solutions Secures 1.3GW Baker Hughes Order

The expansion centers on a large-scale order for 76 NovaLT™16 gas turbines, which Dynamis Power Solutions is pairing with gearboxes and generators powered by BRUSH™ Power Generation. These components will be integrated into the proprietary DT17 hypermobile platform. AMP, acting as the Power as a Service (PaaS) provider, will offer these units as leasing solutions, providing customers with turnkey access to operations, service, and maintenance. The DT17 package is derived from the flagship DT35 hypermobile power package and is engineered to bridge immediate power demands through a modular-trailered design. This configuration aims to provide utility-grade power with a compact footprint and fast start capabilities. By utilizing Baker Hughes’ multi-fuel technology and proprietary packaging, the units are designed to support complex operational needs in challenging environments. The company claims these units can meet emissions levels as low as 9 PPM NOx without requiring water, while aiming to reduce construction timelines and civil costs for end-users.

Addressing Data Center and Oil & Gas Power Demands

This capacity increase highlights a strategic pivot toward meeting the specialized needs of large-scale power consumers, specifically within the data center and oil and gas sectors. As these industries face tightening timelines and complex site requirements, the DT17 platform is positioned as a solution for reliable, scalable, and rapidly deployable power. The modular design allows for customization to specific project requirements, offering what the company describes as record-setting efficiencies in rig-up, commissioning, and operational maintenance. For data center operators, the ability to deploy 1.3GW of mobile, utility-grade capacity could provide a critical buffer against grid constraints or immediate expansion needs. Similarly, in oil and gas applications, the hypermobile nature of the DT17 units suggests an ability to support remote or temporary operations where traditional infrastructure may be slow to deploy. The integration of BRUSH™ Power Generation’s Automatic Voltage Regulator System (AVR) further supports the goal of delivering stable, reliable electricity to these high-stakes industrial environments.

Key Takeaways

  • Dynamis Power Solutions ordered 76 NovaLT™16 gas turbines from Baker Hughes, totaling approximately 1.3GW of capacity.
  • Accelerated Mobile Power (AMP) will lease the DT17 units, providing a turnkey Power as a Service (PaaS) model including maintenance and operations.
  • The DT17 platform utilizes a modular-trailered design intended to reduce construction timelines and civil costs for data centers and oil and gas clients.

EnergyInsyte's Take

In our view, this 1.3GW expansion signals a growing market for "bridge" power—mobile, high-density assets capable of meeting immediate industrial demand while permanent infrastructure lags. By leveraging a PaaS model through AMP, Dynamis is effectively de-risking the capital expenditure for data center developers and energy operators who require rapid scaling. The emphasis on low-emission, water-free operation is a clear attempt to align mobile power with tightening environmental scrutiny. This move suggests that the ability to deploy utility-grade power on a mobile, modular footprint is becoming a competitive necessity for industries facing volatile energy availability or urgent capacity requirements.

Questions & Answers

How does the DT17 platform address the specific needs of data center operators?

The DT17 platform provides a modular-trailered, compact footprint designed for fast start and rapid deployment. This allows data center operators to secure critical power capacity and bridge immediate demands with reduced construction timelines and civil costs.

What is the technical composition of the new 1.3GW fleet expansion?

The fleet consists of 76 NovaLT™16 gas turbines from Baker Hughes, paired with gearboxes and generators powered by BRUSH™ Power Generation, including an Automatic Voltage Regulator System (AVR).

What operational model is AMP utilizing for these new assets?

AMP utilizes a Power as a Service (PaaS) model, offering leasing solutions that include turnkey services such as mobilization, operations, maintenance, and reporting.

What are the stated environmental and efficiency claims for the DT17 units?

The company claims the DT17 units can achieve emissions as low as 9 PPM NOx without the use of water and are designed to offer efficiencies in rig-up, commissioning, and operational maintenance.

Source: Businesswire

EnergyInsyte | Energy Intelligence energy intelligence workspace

About EnergyInsyte | Energy Intelligence

EnergyInsyte is a B2B energy news and intelligence platform covering major developments across oil & gas, power, renewables, grid, storage, nuclear, transition, and policy. We focus on the signals that matter for decision-makers.

The idea behind EnergyInsyte is simple. Energy moves fast, and professionals need clear information without unnecessary noise. Markets shift, projects move forward, policies change, and companies adapt as the global energy system evolves. We help readers understand those developments in a practical and business-focused way.

Our coverage focuses on meaningful energy updates, project announcements, infrastructure development, regulatory change, investment activity, technology adoption, and the broader forces shaping the energy industry. The goal is to keep every article clear, relevant, and useful for professionals who need to know what happened, why it matters, and what it could mean next.

EnergyInsyte is built for readers who want sharper context, cleaner coverage, and a more focused view of energy without the clutter.