One Power Solution.Engineered End to End.
P&G Engineering is a Poland-based power infrastructure engineering and system integration company providing one coordinated project interface for generation, MV/HV infrastructure, controls and mission-critical power systems.
Power Infrastructure. One Coordinated Responsibility.
P&G Engineering coordinates the complete interface between power generation technologies and the customer’s electrical infrastructure.
The role is broader than equipment supply. The company develops the project architecture, coordinates suitable technologies, aligns electrical and control interfaces, and organizes the path from technical requirement to commissioning and energization.
Translate project requirements into a coherent power architecture.
Coordinate generation, transformation, switchgear, controls and site interfaces.
Maintain one professional interface across the technical delivery chain.
From Requirement to Facility Connection
This is the complete power package logic the customer should see: one coordinated system rather than a collection of independent equipment purchases.
Define
Capacity, redundancy, duty profile, voltage, site constraints and connection requirements.
Generate
Diesel, gas, turbine or hybrid generation selected around project needs.
Transform
Step-up transformation, MV/HV interfaces, protection and switching architecture.
Control
Synchronization, protection logic, PMS, SCADA and plant-level automation.
Integrate
Electrical balance of plant, cabling, fuel systems and coordinated site interfaces.
Commission
Testing, synchronization, energization readiness and operational handover preparation.
BESS integration for resilience, hybrid operation, peak management and coordinated power management within the overall project architecture.
Mission-Critical Power Is a System, Not a Generator.
P&G Engineering structures redundant power architecture around availability, maintainability and the electrical interface of the facility.
N+1 / 2N architectures and project-specific reserve philosophy.
Containerized and industrial-scale standby or prime generation systems.
Step-up transformation, MV distribution, protection and facility connection.
Synchronization, PMS / SCADA and integrated operating logic.
Global OEM Technologies. One Integrated Architecture.
P&G Engineering develops project-specific solutions using established generation, electrical and automation technologies selected according to technical requirements, availability and project conditions.
PRAMAC
Generac
Caterpillar / Cat
MWM
mtu
Bergen Engines
Wärtsilä
ABB
Schneider Electric
Solar Turbines
Baker Hughes
Siemens
Manufacturer names and logos identify technologies relevant to project-specific integration. They do not, by themselves, constitute a representation of exclusive agency, authorization or partnership unless separately confirmed for the relevant project.
Technology Follows the Project.
The project is not forced into a single OEM platform. Technology is selected around the required capacity, redundancy, voltage level, duty profile, lifecycle expectations, site conditions and delivery constraints.
Diesel, gas engines, gas turbines and hybrid systems.
Transformers, switchgear, protection and MV/HV distribution.
PMS, SCADA, synchronization and operating interfaces.
One Technical Chain from RFQ to Energization.
The delivery model is intentionally simple for the customer: define the requirement, engineer the architecture, coordinate the technology, integrate the system and commission the complete package.
Project Requirement
Capacity, application, redundancy, site and electrical interface are defined.
System Architecture
The complete technical solution and interfaces are structured as one system.
OEM & Integration
Technologies, equipment packages and site interfaces are aligned to the architecture.
Commission & Energize
Testing, synchronization, verification and handover readiness complete the delivery chain.
Start a Power Infrastructure Project
Send the essential project parameters. P&G Engineering will review the application, capacity, redundancy, electrical interface and delivery requirements.
P&G Engineering sp. z o.o.
Power Infrastructure Engineering & Integration
01-843 Warszawa, Poland