Founded by power utility industry veterans, Abira Technological Services was born out of a vision to bridge the gap between heavy electrical systems and intelligent digital automation. As modern power grids transition to accommodate decentralized renewable generation, grid complexity rises exponentially. We supply the expertise needed to manage this transition safely.
From simple relay coordination studies to full-scale IEC 61850 Substation Automation Systems integration, our mission is to build highly reliable, safe, and efficient systems. We work as dedicated engineering partners to utilities, EPC contractors, and industrial plants worldwide, delivering precise documentation and error-free configurations.
"Grid safety admits no compromise. We believe engineering is a discipline of absolute details. By automating drawing generation validation and simulating relay triggers, we eliminate human errors in electrical protection schemes before they arrive at site."
To be the global benchmark in grid automation and protection design, pioneering the transition toward reliable, smart, and fully integrated grid infrastructure that facilitates carbon-neutral energy systems.
To deliver unparalleled engineering precision, technical insights, and robust control integration, safeguarding personnel and assets while maximizing electrical transmission efficiencies and grid uptime.
Four pillars that define our work culture and direct how we handle every drawing sheet, calculation, and site integration.
Zero compromise on electrical safety. Our designs prioritize failsafes, interlocks, and strict personnel hazard mitigations.
Harnessing smart grid algorithms, digital twin verification, and dynamic protection models to stay at the cutting edge.
Engineering protection controls that activate flawlessly within milliseconds of fault detection, every single time.
Honest consultation, transparent pricing, and robust testing schemes. We build long-term trust with utilities.
Led by industry leaders in power grid technologies, substation control, and protection coordinate studies.
Over 25 years in utility automation at national transmission networks. IEEE Fellow and advisor on substation automation and protection standards.
Expert in transient power simulation and dynamic relay coordination (ETAP, PSCAD). Former consultant for solar and wind grid-connected substations.
Pioneered custom IEC 61850 GOOSE messaging and SCADA integrations for major transmission hubs. Leads our control panel design software team.
Delivering high-voltage engineering excellence across diverse markets globally.
We engineer high-capacity transmission substations (132kV - 765kV) for national and state utilities, focusing on line differential, distance, busbar protection, and dual-redundant SAS systems.
Supporting large-scale PV solar fields and wind farms with dynamic grid-code compliance studies, capacitor bank controls, STATCOM system logic, and solar SCADA overlays.
Tailored protection coordination and automatic load-shedding control systems for steel, petrochemical, and manufacturing operations to avoid costly process interruptions.
Helping asset managers migrate legacy brownfield stations containing old static or induction disc relays to state-of-the-art IEC 61850-based IEDs with minimal outages.
Speak directly with our engineering review board to discuss your protection coordinate studies or SCADA integration plans.
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