The cost of a complete power plant depends on generation capacity, equipment selection, site conditions, fuel infrastructure, electrical and mechanical balance-of-plant, grid connection, permitting, and installation requirements. These factors determine the facility's overall scope and installed cost. Prismecs develops project proposals around defined technical requirements, delivery boundaries, and supporting systems, identifying major cost uncertainties before capital is committed.
From Power Requirement to Reliable Long-Term Generation
Complete Power Plant Solutions for Permanent and On-Site Generation
Prismecs develops complete power plant solutions around your required load, operating duty, site conditions, and available fuel. We integrate generation equipment with electrical systems, controls, fuel infrastructure, mechanical balance-of-plant, installation, commissioning, and optional O&M for long-term on-site power generation.
The Right Power Plant Starts
with the Right Configuration
A long-term power plant must match the facility’s power demand, site conditions, and available fuel supply. Mismatched equipment, inadequate supporting infrastructure, or overlooked grid requirements can affect power plant performance, project costs, and delivery schedules.
Prismecs defines the power plant configuration and delivery scope around these requirements, coordinating generation equipment, plant configuration, electrical and mechanical balance-of-plant, controls, and fuel systems.
Establishing system interfaces and delivery responsibilities early helps align engineering, procurement, installation, and commissioning with the facility's long-term generation requirements.
What a Complete Power Plant Solution Includes
A complete power plant integrates generation equipment, electrical and mechanical infrastructure, fuel systems, controls, and commissioning into one coordinated facility designed for long-term operation.
Generation Equipment & Power Plant Configuration
Prismecs evaluates gas turbines, reciprocating gensets, and hybrid configurations based on capacity, load profile, fuel availability, site conditions, efficiency, redundancy, and expansion needs, integrating suitable electrical, mechanical, control, and fuel systems.
Electrical Systems & Grid Interface
Electrical systems deliver generated power to the required loads or grid connection. These include transformers, switchgear, HV, MV, and LV distribution, motor control centers, protection systems, and metering, configured around the facility's electrical requirements.
Power Plant Controls & System Integration
Power plant control systems coordinate equipment operation and monitor performance across the facility. DCS, PLC, SCADA, and instrumentation integrate generation equipment and supporting systems, enabling operators to monitor conditions and manage alarms, trips, permissives, and interlocks.
Fuel Systems & Infrastructure
Fuel systems prepare and deliver fuel to the generating equipment at the required pressure and flow. Depending on the power plant configuration, these systems can include gas treatment, pressure regulation, metering, dual-fuel capabilities, and CNG or LNG supply infrastructure.
Mechanical Balance-of-Plant Systems
Mechanical balance-of-plant systems support the generating equipment throughout operation. These include cooling systems, water treatment, compressed air, piping, fire protection, and other auxiliary equipment required by the selected technology and site conditions
Installation, Commissioning & Grid Integration
Installation and commissioning bring the generating equipment and supporting systems together as an operational facility. Activities include equipment installation, system testing, protection checks, first fire, synchronization, load testing, and performance verification before handover.
How Prismecs Takes a Power Plant from Requirement to Operation
A structured delivery process keeps engineering, procurement, construction, and commissioning aligned from the initial requirements through successful power plant operation.
Our Technology & Equipment Approach
Prismecs selects equipment based on required generation capacity, load profile, fuel availability, site conditions, and lifecycle considerations.
Aeroderivative solutions based on TM2500, LM2500, LM2500XPRESS, and LM6000 packages can suit projects requiring modular generation and comparatively rapid deployment. Selection depends on the required output, fuel conditions, grid requirements, and installation schedule.
Heavy-duty frames such as GE Frame 5, 6B, 7E, 9E, and equivalent classes can support larger generation requirements. Power plant configuration may include heat recovery steam generator interfaces, mechanical balance-of-plant, and switchyard integration where required.
Solar Titan, Taurus, Centaur, and other gas turbines can support industrial generation, oil and gas facilities, and cogeneration. Electrical, mechanical, fuel, and control systems are configured around the intended operating conditions.
Gas and dual-fuel gensets can be arranged in modular configurations for different load profiles and operating duties. Linear generators, BESS, and hybrid systems may be incorporated when project requirements support their use.
What Sets Prismecs Apart
A complete power plant requires generation, electrical, mechanical, controls, and fuel systems to work together as one facility. Prismecs manages these interfaces around the project’s long-term operating requirements.
Integrated Power Plant Configuration
Generation equipment, electrical systems, mechanical balance-of-plant, controls, and fuel infrastructure are coordinated within the agreed project scope to address interfaces before installation and commissioning.
OEM-Neutral Equipment Selection
Prismecs evaluates suitable equipment from different manufacturers against site conditions, operating requirements, fuel availability, and lifecycle considerations rather than defaulting to one OEM.
Experience Across Global Markets
Prismecs has delivered complete power plants across 15+ countries, coordinating equipment, infrastructure, logistics, and project interfaces across different operating environments.
Available Operations & Maintenance
Following handover, Prismecs can provide O&M under an agreed arrangement, connecting operational support and maintenance planning with the facility's equipment and operating requirements.
Project-Specific Compliance Planning
Projects are delivered with applicable U.S. codes, standards, and permitting requirements considered throughout complete power plant design, installation, integration, and commissioning.
Industries We Serve
Our complete power plant solutions serve industries requiring dedicated generation capacity, with equipment selection and configuration tailored to each sector’s power requirements.
Data centers
Enabling Reliable, Scalable Infrastructure for Critical Operations
Explore More
E-Mobility
Empowering the Future with Electrified Mobility
Explore More
Power & Utilities
Ensuring Reliable, Efficient Solutions for Energy Infrastructure
Explore More
HEALTHCARE
Powering Healthcare with Uninterrupted Energy Solutions
Explore More
oil & gas
Ensuring Uninterrupted Power Operations Across Oil & Gas Phases
Explore More
Commercial & Industrial
Scalable Power Solutions for Uninterrupted Operations
Explore More
Telecommunications
Empowering Smooth Connectivity with Scalable Communication Solutions
Explore More
Metals & Mining
Enhancing Efficiency and Sustainability in Mining Operations
Explore More
Frequently Asked Questions
Project duration depends on equipment availability, power plant configuration, engineering, fuel infrastructure, site preparation, grid connection, permitting, and installation requirements. Aeroderivative projects may achieve synchronization faster than heavy-frame or combined-cycle facilities, depending on the project scope. Prismecs coordinates engineering, procurement, installation activities, and commissioning against an integrated schedule, accounting for critical equipment deliveries and site-specific constraints.
Prismecs can deliver and manage the complete facility beyond the turbine or generator, including transformers, switchgear, protection systems, controls, fuel infrastructure, cooling, water treatment, compressed air, fire protection, and associated mechanical systems. The exact scope depends on project requirements and agreed delivery responsibilities. Defining these systems and their interfaces early helps establish what is included in the delivery scope and what remains the responsibility of the owner, OEM, or appointed contractors.
Prismecs can deliver project coordination through an engineering, procurement, and construction management (EPCM) model, covering engineering, procurement management, construction management, project controls, and commissioning coordination as defined by the contract. Under EPCM, the owner typically retains the major equipment and contractor contracts, while Prismecs manages engineering, procurement, construction, project controls, and commissioning within the agreed scope.
Yes. Pre-owned or relocated turbines may suit projects where equipment availability, delivery schedules, and lifecycle economics support their use. Prismecs can assess operating history, inspection records, remaining service life with OEM or specialist input where required, parts availability, site conditions, and integration requirements before recommending a suitable configuration. Where appropriate, the project scope can include equipment relocation, site preparation, balance-of-plant integration, installation, and recommissioning, subject to technical assessment and agreed responsibilities.
Planning a Permanent or On-Site Power Plant?
Share your required MW, load profile, operating duty, site conditions, fuel availability, and target in-service date. Prismecs will help define the right generation technology, plant configuration, supporting systems, delivery scope, and path to commissioning.