Resiliency for commercial buildings and offices

Modern cloud-based IoT building solutions, like Siemens' Building X, enhance facility resilience with predictive capabilities. Continuous, real-time monitoring and advanced analytics detect and address potential issues early. Remote accessibility allows secure management from any location, reducing on-site staff needs while maintaining peak performance. These systems stand out by synthesizing data from multiple building systems giving users a full picture of building status/performance at any time.

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Peak load management and flexibility contribute to a building's overall energy optimization, driving self-sufficiency and cost-effectiveness. This can be achieved through various efficiency measures in office buildings, such as load shifting and shedding:

• Pre-cooling the building early in the morning
• Charging company fleet vehicles at night
• Automatically dimming hallway lighting during peak demand

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Establishing a reliable and resilient electrical infrastructure is crucial for resource-efficient operations, enhancing a building's sustainability and cost-effectiveness.

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A digitized building allows owners/operators to identify both current and potential issues with facility infrastructure. It can generate infrastructure reports, diagnose problems, and provide device performance data along with recommended actions. These capabilities help prevent interruptions, increase uptime, and protect core services.

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Digital twins support these requirements for agile, scalable, and dynamic workplaces by providing the data and visualizations needed to make more rapid and flexible decisions. Create, maintain and visualize digital twins for buildings and infrastructure based on Building Information Modeling (BIM).

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Renewable energy solutions reduce carbon footprints, lower energy costs, and ensure reliable, clean power for long-term stability. Typically viable options for office buildings include:

• Solar Energy: Install solar panels on rooftops, facades, or parking canopies.
• Wind Energy: Use small wind turbines on rooftops or nearby open spaces.
• Geothermal Energy: Utilize underground temperatures for heating and cooling.
• Hydroelectric Energy: Employ small-scale hydroelectric systems near water sources.

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Advanced Switchgear Solutions: Choose from versatile medium-voltage portfolio, including Air-Insulated (AIS), Gas-Insulated (GIS), and environmentally-friendly clean air-blue gas options—all featuring high-performance vacuum bottle circuit breakers for minimal arcing and superior switching capabilities.

Flexible Substation Architecture: Design custom power distribution systems with configurable main-tie-main, main-tie-tie-main, or source paralleling arrangements, supported by GEAFOL Cast Resin Transformers (CRT), liquid-filled, or dry-type VPI & VPE transformers—engineered for harsh environments and enhanced reliability.

Intelligent System Integration: Leverage Siemens' digital twin technology for simulated power transfers and automatic controls, while combining UL1558 switchgear or UL891 switchboard options with sophisticated load management capabilities—ensuring seamless power distribution across large healthcare campuses.

Advanced Building Automation Systems (BAS), like Siemens' Desigo CC, enable energy flexibility, such as occupancy-based temperature control, daylight harvesting, and demand-controlled ventilation. BAS also enhance facility resiliency through redundant monitoring and control pathways, automated failover protocols, and intelligent system redistribution.

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Power through outages with confidence. Reliable backup generators provide emergency electricity, ensuring that key operations continue uninterrupted in the event of power failures – protecting against both planned and unplanned power interruptions.

Backup power solutions provide benefits including:

• Automatic activation during grid disruptions supporting critical systems and processes
• Integration with existing infrastructure
• Typically provide regular self-testing and monitoring
• Enable scheduled maintenance without operational impact

• Battery storage units ensure operational continuity during outages and grid stability, while enabling the use of renewable energy on-demand, enhancing resilience against energy price volatility and power fluctuations.
• Integrated solar PV and battery storage systems can provide critical support during disasters and everyday operations, safeguarding against outages.
• The market for battery energy storage is experiencing rapid growth, driven by significant reductions in battery pack prices, which have fallen by 89% since 2010.

Siemens Financial Services, Inc. is not a registered municipal advisor and is not an advisor to or fiduciary of you or your company. Results are not guaranteed and may vary depending on a variety of factors.

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The availability and reliability of operational technology (OT) assets, such as switch gears, transformers, and motors, are crucial for ensuring resiliency in office spaces. These assets help maintain a stable power supply.

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