Power & Electric

• Substation and Power Plant Design: We utilize CAD to create detailed layouts and components for substations and power plants, strategically placing transformers, switchgear, and control systems. GIS provides essential spatial context, aiding in the selection of optimal sites that consider proximity to demand centers and environmental factors.

• Transmission and Distribution Line Routing: Our GIS capabilities analyze topography, land use, and environmental constraints to identify the most effective routes for transmission and distribution lines. We then employ CAD to design the necessary structures, ensuring they adhere to rigorous structural and electrical standards.

• Load Flow Analysis: We leverage GIS data on population density and infrastructure to model electricity demand across networks. Our CAD tools help design electrical networks that optimize load flow, ensuring efficient power distribution while maintaining voltage levels.

• Short-Circuit and Fault Analysis: By combining CAD and GIS, we can model electrical networks and simulate fault conditions, such as short circuits or equipment failures, facilitating the design of robust protection systems for quick recovery from faults.

• Mapping and Inventory: Our GIS services map all electrical network assets, including substations, transformers, lines, and poles. Detailed CAD models provide critical design and specification information necessary for effective maintenance and future upgrades.

• Lifecycle Management: We track the condition and performance of electrical assets throughout their lifecycle, using GIS to visualize asset locations and conditions while CAD assists in planning proactive maintenance.

• New Infrastructure Planning:GIS helps identify areas needing new electrical infrastructure, such as in expanding urban zones. Our CAD services design new transmission lines, substations, and distribution networks to meet these needs.

• Renewable Energy Integration: We use GIS to find optimal sites for renewable energy projects, such as wind farms or solar plants, factoring in key elements like wind speed and grid accessibility. Our CAD expertise ensures seamless integration of these sources into the existing grid./p>

Environmental Assessment: Our GIS capabilities assess the environmental impacts of new electrical infrastructure projects, mapping sensitive areas to minimize damage. CAD is utilized to design compliant infrastructure that mitigates potential environmental impacts.

Permitting and Compliance: We generate necessary documentation for regulatory compliance, including accurate maps and environmental impact statements, ensuring all spatial data is precise and up-to-date.

Real-Time Monitoring and Control: GIS enables real-time monitoring of the electric grid, while our CAD models help simulate network operations for quick responses to outages and equipment failures.

Predictive Maintenance: By combining GIS data with CAD models, we predict maintenance needs, such as assessing the impact of weather on overhead lines, allowing for timely interventions.

Outage Management: Our GIS services pinpoint areas affected by outages, while CAD models simulate network responses, enabling rapid identification of faults and efficient dispatch of repair crews.

Disaster Planning: We model potential impacts of natural disasters on electrical networks, using CAD and GIS to reinforce infrastructure for resilience against extreme conditions, facilitating quicker recovery and minimizing downtime.

Customer Mapping and Service Areas:We utilize GIS to map customer locations and service areas, aiding utilities in managing connections and planning expansions. Our CAD tools design reliable and safe electrical connections from the grid to customers.

Demand Forecasting: Our GIS analysis of demographic trends helps forecast future electricity demand, while CAD designs necessary upgrades to ensure the grid can meet growing needs./p>

Virtual Training:We create virtual reality (VR) and augmented reality (AR) training environments using CAD models of the electrical grid, allowing technicians and engineers to practice maintenance and emergency procedures safely.

Scenario Simulation: Our combined use of GIS data and CAD models enables the simulation of various operational scenarios, aiding utility companies in planning and optimizing their operations./p>