AI surveillance means utilizing artificial intelligence in video monitoring systems for security purposes. It means employing deep learning algorithms to process live and recorded videos continuously so as to derive useful insights without necessarily requiring a human analysis.
AI can recognize occurrences, conducts, things, configurations, deviations, visages, number plates, and audios, among other things. As a result of this real-time alerting capability, footage can be searched instantly, crowd analytics facilitated, and even automatic reporting made, among other smart enhancements. In fact, these AI surveillance platforms convert video data into ‘knowledge’ to enhance physical security.
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TOGETHER WE RE-IMAGINED
Empowering Innovation Through Seamless Digital Transformation
Highlights:
Eaton Power Advantage
Eaton positions itself as a leader in intelligent power management, capitalizing on electrification and digitalization to support renewable energy transition and urgent power challenges. Key Products: -Uninterruptible Power Supplies (UPS) — Including high-efficiency models for critical loads, with Intelligent Power Manager (IPM) software for monitoring and optimization. -EV Charging Infrastructure — Ultrafast DC chargers via partnerships (e.g., ChargePoint Express Grid), supporting V2X and fleet electrification; solutions available in 2026. -Power Distribution & Switchgear — Low-voltage systems, circuit breakers, panelboards, and busway for efficient distribution in electrified buildings and industries. -Energy Storage & Microgrids — Grid-interactive UPS and battery systems for resilience and renewable integration. -Vehicle Electrification Components — Power conversion, inverters, and hybrid systems for commercial vehicles. Eaton's solutions address rising demand from electrification in transportation, homes, and industries, reducing strain on grids while enhancing efficiency and sustainability.
Schneider Electric IT Partner
Schneider Electric excels in digital energy management and automation, with EcoStruxure as a core platform for connected, sustainable electrification. Key Products: -EcoStruxure Power → IoT-enabled platform for monitoring, automation, and energy management; includes Power Monitoring Expert software for real-time insights and optimization. -Smart Panels & Load Management → QO Smart Panel with Smart Power Manager—enables home/building electrification (e.g., EV chargers) without costly service upgrades by intelligently shedding loads. -UPS & Power Distribution → Modular UPS, PDUs, and switchgear for data centers and critical facilities. -Home Energy Management → Schneider Home ecosystem integrating solar, batteries, EV charging, and circuit control via a single app. -Grid Solutions → SF6-free medium-voltage switchgear and DERMS for renewable integration and grid resilience. Schneider's focus on avoiding infrastructure upgrades while supporting higher loads makes it ideal for residential and commercial electrification.
GE Vernova Electrification
GE Vernova drives electrification and decarbonization through grid modernization, software, and power conversion technologies. Key Products: -GridOS Software Suite → Advanced Energy Management System (AEMS), Fleet Orchestration, and digital tools for DER management, dynamic line rating, and real-time grid optimization. -Power Conversion & Storage → Motors, drives, controls, and systems for industrial electrification and microgrids. -High-Voltage Equipment → SF6-free GIS substations, shunt reactors, and transformers supporting grid expansion for renewables and electrification. -Electrification Software → AI-driven solutions for visibility, orchestration, and decarbonization across the energy ecosystem. GE Vernova's emphasis on software-orchestrated grids and flexible infrastructure supports the complexity of integrating renewables and managing increased electrified loads.
ABB Group
ABB leads in safe, smart, and sustainable electrification, offering comprehensive solutions from substation to socket. Key Products: -ABB Ability™ Energy and Asset Manager → Cloud/on-premise platform for monitoring, optimization, and power quality analysis across sites. -Switchgear & Distribution → Low- and medium-voltage switchgear, circuit breakers, and ReliaGear smart power distribution for efficient, resilient systems. -EV Charging & Infrastructure → High-power chargers and power supply solutions for transit/rail electrification. -Motors, Drives & Controls → Energy-efficient variable speed drives and automation for industrial electrification. -Digital Solutions → Integrated energy management systems with IoT for predictive maintenance and efficiency. ABB's portfolio excels in industrial and utility-scale electrification, promoting decarbonization through reliable, digital-enabled distribution.
Schneider Electric APC for Mining, Minerals, and Metals
EcoStruxure Advanced Process Control for Mining, Minerals, and Metals (MMM) from Schneider Electric allows the operation to function much closer to the operating limits by reducing variations in the process. The hybrid rule-based and model-based predictive control (MPC) package can often reduce variability by a standard deviation of two or greater and, as a consequence, improves profitability by enabling operations within process constraints.
What is Electrification?
Electrification is the process of replacing technologies or processes that rely on fossil fuels—such as internal combustion engines, gas boilers, or coal-based heating—with electrically powered equivalents, like electric vehicles (EVs), heat pumps, and electric industrial motors. In broader terms, it involves powering systems and sectors with electricity, often from renewable sources, to achieve greater efficiency, sustainability, and decarbonization. This shift is a cornerstone of the global energy transition, enabling sectors to reduce reliance on non-electric energy while integrating cleaner power generation.
What is the history of Electrification?
The journey of electrification spans centuries, evolving from ancient discoveries to modern grid systems.
Key milestones include:
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Ancient times (600 BC): Thales of Miletus observes static electricity.
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Late 1800s: Thomas Edison opens the first coal-powered plant (Holborn Viaduct, 1882) and Pearl Street Station (1882), pioneering commercial electricity.
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1880s–1900s: "War of the Currents" – AC (Nikola Tesla/George Westinghouse) triumphs over DC for long-distance transmission.
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Early 1900s: Rapid growth in power plants; by 1920, nearly 4,000 plants in the U.S.
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1936: U.S. Rural Electrification Act brings power to rural areas, reaching near-universal access by the 1950s.
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Modern era: Shift toward renewable integration and sector-wide electrification for decarbonization.
What are the benefits of Electrification?
Electrification delivers multifaceted advantages:
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Environmental: Significantly reduces greenhouse gas emissions and air pollution when paired with renewable electricity.
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Efficiency: Electric technologies (e.g., heat pumps, EVs) are far more efficient than fossil fuel counterparts, lowering overall energy demand.
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Economic: Long-term cost savings through reduced maintenance, lower energy bills, and integration of renewables.
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Health & Resilience: Improves indoor/outdoor air quality and enhances energy security via diversified sources.
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System Optimization: Enables sector coupling, grid flexibility, and renewable integration.
What industries are benefiting from Electrification?
Numerous sectors are transforming through electrification:
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Transportation: EVs and charging infrastructure reduce emissions and fuel costs.
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Buildings: Heat pumps and electric appliances for efficient heating/cooling.
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Industry/Manufacturing: Electric motors, heat pumps, and arc furnaces for processes like steelmaking and chemicals.
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Data Centers: High-density power management for AI and computing growth.
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Utilities: Smart grids integrating renewables and distributed energy resources.
Barriers:
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High upfront costs for equipment and infrastructure upgrades.
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Limited charging/infrastructure availability (e.g., for EVs).
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Supply chain constraints and technology maturity in heavy industry.
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Grid capacity, siting challenges, and workforce shortages.
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Policy/regulatory hurdles.
Incentives:
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Federal/state rebates, tax credits (e.g., U.S. Inflation Reduction Act).
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Efficiency standards and carbon pricing.
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Grants for rural/equitable transitions.
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Corporate sustainability goals driving adoption.
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Falling costs of renewables and batteries improving economics.
Related Markets
TECBOMO IS YOUR TRUSTED ELECTRIFICATION SOLUTIONS PROVIDER
AI POWERED ELECTRIFICATION SOFTWARE SOLUTIONS
Shaping the future world with the best electrification software partners
Electrification Partner Software Solutions
We have collaborated with global leaders GE Vernova and Schneider Electric to deliver state-of-the-art AI-powered electrification software solutions. These platforms drive grid orchestration, enhance data integration, build disruption-resilient networks, ensure accurate emissions tracking, bridge IT/OT systems with ESG focus, enable AI-driven inspections, and maximize energy savings and efficiency. In a world facing surging electrification demands from AI data centers, renewables integration, and net-zero goals, these solutions empower industries—power, oil & gas, manufacturing, infrastructure, data centers, mining, and water/wastewater—to achieve sustainable, reliable, and cost-effective operations.
Through GE Vernova's GridOS® portfolio and Schneider Electric's EcoStruxure™ platform, TECBOMO integrates cutting-edge AI to orchestrate complex energy ecosystems, turning challenges into opportunities for decarbonization and resilience.
Grid Orchestration: Coordinating the Complex Energy Ecosystem
Grid orchestration transforms traditional top-down grid management into dynamic, multidirectional coordination across generation, transmission, distribution, markets, and edge devices.
These solutions harmonize bidirectional flows, ensuring affordability, reliability, and sustainability amid rising complexity.
GE Vernova's GridOS
The industry's first software portfolio designed specifically for grid orchestration. It enables real-time coordination of diverse assets, integrating renewables seamlessly while maintaining stability. AI-driven modules support end-to-end operations, achieving up to 19% faster restoration times in demonstrations.
Disruption-Ready Grid: Proactive Resilience Against Extreme Events
With increasing severe weather and disruptions, grids must anticipate and recover swiftly.
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GE Vernova's GridOS Solutions: Features disruption preparation and recovery tools, including AI for inertia prediction, storm forecasting, and Visual Intelligence for proactive risk mitigation. Customers report reduced outages and faster recovery.
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Schneider Electric's EcoStruxure ADMS and Microgrid Solutions: AI-embedded platforms accelerate outage response, optimize performance during events, and support resilient microgrids.