POWER / 01Protection and automation
ENEL
Modernization and expansion of the 138 kV section at Funil FCE Substation, implementing protection, control, and automation solutions to improve safety and operational efficiency.
Projects
Projects that turn engineering into operation.
Our history includes projects for power utilities, metro-rail systems, industry, and critical infrastructure, applying automation, protection, control, and supervision engineering across different operating environments.
Featured projects
Engineering that goes into operation.
POWER scope: assessment of the existing installation; protection and control engineering; panel supply or integration; IED configuration; supervisory system integration; factory or field testing; migration and commissioning; and as-built documentation.
Systems designed for environments where availability, safety, and continuity are not optional.
Explore our modernization solutionsPOWER / 01
POWER / 02Digital substations
ENERGISA
Digitalization and automation of the Acrelândia, Envira, and Tarauacá substations, expanding supervision, control, and remote operations management capabilities.
POWER / 03Distributed control
LIGHT
Modernization of the Digital Distributed Control Systems at the Samaritano and Santíssimo substations, renewing the control platform to improve reliability and operational efficiency.
POWER / 04SCADA cybersecurity
EDP
Upgrade of SCADA application security systems on communication front-end servers, protecting EDP’s primary and contingency platforms in São Paulo and Espírito Santo.
POWER / 05Protection and automation
ENEL Ceará
Upgrade of automation, control, and protection systems at the Jaguaribara, Cedro, Araripe, Barroquinha, Malha D’Água, Tauape, and Aracati substations.
POWER / 06Operations systems
VLT Carioca
Supply and installation of Operations Support System equipment for the expansion to Terminal Intermodal Gentileza, including preventive and corrective system maintenance.
Accumulated experience
Other projects in our history.
NPT Solutions
Elektro
Project with an NPT Solution providing 125 VDC at 35 A, with a nominal 220 VAC input, ensuring continuous supply and stabilized voltage for auxiliary operating systems.
NPT Solutions
METRÔ RJ
Project with NPT Solutions to renew DC power systems at auxiliary and primary substations on Lines 1 and 2, supporting continuity of metro operations.
NPT Solutions
CELPE
Project with 125 VDC / 75 A and 48 VDC / 150 A NPT Solutions, sized to power critical applications with stability and availability.
NPT Solutions
COELBA
Project with 125 VDC / 75 A and 48 VDC / 150 A NPT Solutions, ensuring stable power for the utility’s essential systems.
NPT Solutions
COSERN
Project with 125 VDC / 75 A and 48 VDC / 150 A NPT Solutions to strengthen the safety and continuity of critical applications.
NPT Solutions
CISCEA
Project with NPT Solutions powering VHF stations, radar systems, and technical rooms managed by CRCEA-SE, including detachments and headquarters at Congonhas Airport.
NPT Solutions
METRÔ SP
Project with 125 VDC NPT Solutions for Boa Esperança, Jacu-Pêssego, and Ragueb Chohfi Yard on Line 15–Silver, expanding to São Lucas and the section through Jardim Colonial.
NPT Solutions
CPTM SP
Project with 125 VDC NPT Solutions for the Engenheiro Goulart, Comendador Ermelino, Manoel Feio, and Calmon Viana stations, supporting continuity of railway operations.
NPT Solutions
EMAE
Project with 125 VDC and 250 VDC NPT Solutions for the Henry Borden Power Plant, including manufacturing, installation, commissioning, and associated distribution panels.
POWER scope in projects
From the existing installation to as-built documentation.
In POWER projects, modernization is conducted as a complete engineering and implementation cycle. The work begins with an assessment of the existing system and advances through integration, testing, commissioning, and delivery of the final documentation.
- 01
Assess
Installation, equipment, circuits, documentation, signals, constraints, and operating condition.
- 02
Design
Protection and control engineering, architecture, functions, interfaces, and implementation criteria.
- 03
Supply and integrate panels
New panels or integration with the panels and systems defined for the project.
- 04
Configure IEDs
Configurations, settings, logic, and protection and control functions defined in the project.
- 05
Integrate supervision
Communication, signals, commands, alarms, events, and interfaces with the supervisory system.
- 06
Test
Functional tests and checks at the factory or in the field, according to the project stage and scope.
- 07
Migrate and commission
Planned implementation, final validation, and support during commissioning.
- 08
Document
Final records and as-built documentation for the implemented system.
Each stage connects to the next to preserve consistency between engineering, configuration, installation, testing, and operation.
Track record
Companies and institutions in our history.
- Sabesp
- AES
- USP
- GE
- EDP
- CPTM
- COPEL
- ENEL
- ENEVA
- VLT
- Light
- ITAIPU
- Amazonas Energia
- CTEEP
- SIEMENS
- Neoenergia
- SNEF
- CCR
- EMAE
- TAESA
- Camargo Corrêa
- CPFL
- ENERGISA
- Via Mobilidade
- CISCEA
- Air Liquide
- Eletrobras
- Furnas
- METRÔ RJ
Talk to our engineering team
Do you have a substation project in the decision stage?
Our technical team assesses the current scenario and proposes the most suitable protection, control, or automation solution — without ties to any specific manufacturer.