Decarbonization for higher education institutions

• Solar panels are key to decarbonizing the power sector and advancing a green economy by providing a renewable energy source that reduces dependence on fossil fuels and cuts greenhouse gas emissions.
• Investment in solar energy accelerates the transition to cleaner power, significantly contributing to the replacement of carbon-intensive sources with sustainable, solar-generated electricity.

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• Battery storage units in commercial buildings 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 offer reliable power solutions for commercial buildings, providing 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.

• Microgrids at universities cut costs by using off-peak electricity and enhance reliability, especially for critical research. They store surplus renewable energy, lower emissions by leveraging green power, and support campus EV charging needs, promoting cleaner transport options.
• Microgrid Control ensures your independent power supply and balances out grid fluctuations as well as fluctuations in energy consumption.*

*Source: Microgrid Control – a SICAM application

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.

• Switching to LED lighting can lead to a 90% reduction in energy use, offering equal brightness and lasting 15 times longer.*
• Implementing smart, energy-efficient lighting systems with advanced controls like timers, dimmers, and sensors can significantly reduce energy use, lower utility bills, and decrease environmental impact by cutting carbon emissions. These intelligent lighting solutions adjust based on occupancy and natural light levels, optimizing energy consumption and prolonging fixture lifespan.
• Internet of things (IoT) helps improve energy efficiency. IoT infrastructure starts with a wireless network of patented sensors, installed into or adjacent to light fixtures, creating a dense grid of coverage that gathers data around people, movement, and activities within buildings.**

*Source: energystar.gov

**Source: Enlighted, Inc.

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.

• Green roofs provide a wide array of benefits including stormwater management by retaining precipitation, moderating urban heat island effect through evapotranspiration, and improving air quality by capturing pollutants. They also enhance energy efficiency by offering greater insulation, thus reducing the energy needed for heating and cooling buildings, and extend the durability of roofing membranes by protecting them from temperature fluctuations and UV radiation.
• Green roofs can lead to an annual savings of $0.23 per square foot of the roof’s surface.*
• The National Research Council of Canada found that an extensive green roof could reduce the daily energy demand for air conditioning in the summer by over 75%.**

*Source: epa.gov

**Source: greenroofs.org

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.

Investing in hot thermal energy storage not only enhances efficiency in capturing and reusing excess heat, leading to significant energy cost reductions and a smaller carbon footprint, but also bolsters energy grid resilience by ensuring a reliable, on-demand power supply, even during peak times or when renewable energy generation is intermittent.

• Cold thermal energy storage offers significant operational cost savings and energy efficiency by utilizing off-peak, lower-cost energy while also enhancing grid reliability and reducing carbon emissions, contributing to environmental sustainability.

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.

Electric boilers and chillers are highly efficient, often nearing 100% efficiency, as they convert electricity directly into heat or cooling, avoiding the losses typical of combustion processes. When powered by renewables like wind or solar, they offer greatly reduced carbon footprints, aligning with sustainability objectives. Additionally, they typically incur lower operating expenses than fossil fuel-based counterparts.

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.

• Programmable thermostats can cut heating and cooling expenses by up to 10% yearly.*
• Smart and programmable thermostats in commercial buildings significantly enhance HVAC efficiency, adapt to occupancy and weather, and enable remote management, leading to substantial energy and cost savings.
• Advanced thermostats optimize energy use through precise control and IoT integration, improving operational efficiency and comfort in commercial spaces.

* Source: energy.gov

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.

• The shift towards electric vehicles (EVs) is projected to reduce oil demand by 1.6 million barrels daily by 2025, escalating to 4.6 million barrels by 2030, highlighting the significant impact of EVs on reducing fossil fuel dependence*
• Lifecycle emissions comparisons show EVs emit substantially less CO2 per mile (200 grams) than gasoline vehicles (over 350 grams), marking a significant step towards reducing greenhouse gas emissions**
• EVs significantly reduce greenhouse gas emissions and air pollutants compared to traditional combustion engines, fostering a cleaner campus environment and lowering overall emissions.
• Universities harnessing solar or wind power can channel surplus renewable energy into EV charging stations, enhancing sustainability and energy autonomy.
• By integrating EV charging stations with cutting-edge smart grid technology, universities can achieve dynamic energy management, ensuring optimal balance between supply and demand, bolstering grid stability, and potentially lowering energy costs via demand response initiatives.
• EVs outperform conventional vehicles in energy efficiency, promoting their adoption within university communities contributes to a more sustainable and resource-efficient transportation network.

*Source: iea.org

**Source: climate.mit.edu

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.

• Wind turbines enhance energy resilience by decentralizing power generation, supporting continuous supply in remote or disaster-prone areas, and enabling businesses and communities to secure a stable, renewable energy source against grid vulnerabilities and climate change impacts.
• Through the integration of wind energy, communities and businesses gain energy independence, reducing reliance on traditional grid infrastructures and mitigating risks associated with energy price fluctuations and grid disruptions.

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.

• Upgrading insulation in commercial buildings can lead to significant energy savings, with potential reductions of up to 35% compared to uninsulated structures.*
• Investing in high-quality insulation for commercial buildings enhances energy efficiency and sustainability by acting as a thermal barrier, reducing heating and cooling demands, and minimizing energy leakage, leading to substantial long-term savings and a more comfortable working environment.
• Advanced insulation techniques and strategic placement in commercial structures ensure optimal indoor temperatures with less energy consumption, contributing to more efficient and economical operation of heating and cooling systems.

*Source: insulationinstitute.org

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.

• Retrofitting commercial windows with energy-efficient models can slash energy costs by up to 40%.*
• Implementing energy-efficient windows, advanced glazing, and smart technologies like automated shades in commercial buildings improves insulation and thermal performance, significantly reducing energy consumption and costs by optimizing natural light and minimizing heat transfer.

*Source: energy.gov

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.

• Implementing advanced sensors and controls in commercial buildings can reduce site energy consumption by approximately 29%.*
• Energy management dashboards centralize control and integrate building systems into a holistic view, enabling real-time insights and predictive analytics for proactive adjustments and optimization of energy use, enhancing efficiency, and reducing waste – particularly in high-use areas such as patient rooms and operating rooms.
• These dashboards empower facility managers with the ability to identify inefficiencies easily and make informed decisions, guided by advanced analytics to predict consumption patterns and strategize energy savings in commercial buildings.

*Source: energy.gov

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.

• Lab buildings require significant energy. A lab space consumers four to eight times the energy than offices.
• Lab equipment – especially the fume hoods and ventilation system – contributes to the high energy use, accounting for roughly 60% of energy consumed in labs.

*Source: Total Room Automation (TRA) for Life Science (Laboratories & Critical Environments) - Siemens USA

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.

• CHP systems have demonstrated a high level of reliability and resilience, being available nearly 98% of the time to provide continuous electricity and thermal energy to facilities, even during grid outages. They enhance grid stability, enable microgrid deployment and can replace backup generators, offering a more reliable and cost-effective solution for energy supply continuity.*
• CHP systems in commercial buildings bolster operational resilience and emergency preparedness by generating power on-site, enhancing energy reliability and efficiency and providing a continuous supply of critical utilities during grid failures, thereby reducing dependence on external grids and ensuring business continuity in the face of energy uncertainties.

*Source: epa.gov

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.