Geothermal In Every Industry

Every building has a purpose. Designing a geothermal system to fit specific needs and optimizing energy efficiency will drive project economics and basis of design decisions. Darcy offers every customer free design support to consider their expected load profile based on building application, geologic resources, and recommended system configurations to improve energy efficiency and drive down total cost of ownership over project life, as detailed in our Proven Process. From a geothermal perspective the company is technology agnostic and proposes systems to fit customer requirements and preferences.

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Proven Results

Up to 50% Lower Operating Costs

100% Electric Heating and Cooling and Carbon Reduction

Minimal Project Paybacks

Up to 50% Lower Operating Costs

100% Electric Heating and Cooling and Carbon Reduction

Minimal Project Paybacks

Building showing Darcy Solutions Geothermal for Commercial Real Estate

Commercial Real Estate​

Office space, retail stores, hospitality and multifamily buildings all benefit from geothermal systems. Customers often cite benefits of the technology regarding lowering costs by accessing the Investment Tax Credit, decarbonizing their operating footprint to hit sustainability goals, and system longevity.

Geothermal Benefits:

  • The highest available energy efficiency technology means low total cost of ownership
  • Scalable systems for any size of buildings, even in tighter urban environments
  • Electrified heating and cooling to improve sustainability of operational footprint

Case Study: Lakewood Memorial Sanctuary →
Commercial Real Estate Projects →

Example of K-12 building with Darcy Geothermal heating and cooling

K-12 Education

Elementary, middle, and high schools require HVAC systems that facilitate learning for students. Funding for systems is often at a district level and may come with sustainability and longevity mandates. Projects such as this are common for Darcy as K-12 buildings are often in use for many decades and seek sustainable operating footprints.

Geothermal Benefits:

  • Lowest total cost of ownership
  • Quiet operating conditions for learning environments
  • Investment Tax Credit (ITC) and other incentives available

Case Study: Winona Schools →
K-12 Projects →

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Colleges & Universities

Educational campuses often have many different facility types including research facilities, dormitories, libraries, offices, athletic facilities and more. Planning and executing the systems required for different types of buildings often uses central plants or decentralized approaches for singular buildings.

Geothermal Benefits:

  • Flexibility in design approach for networked systems or individual buildings
  • Scalable technology for a singular building that can expand to more of campus based on need
  • Electrified heating and cooling to improve sustainability of operational footprint

Case Study: U of M Offsite Collections Facility →
College & University Projects →

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Healthcare

Hospitals, clinics, and other healthcare facilities often have specific requirements for HVAC. They are most often cooling dominant with requirements for redundancy of critical operations and often have load profiles that deviate from other building types. 

Geothermal Benefits:

  • A geothermal and chiller design allows for optimizing energy efficiency and costs of cooling
  • Load balancing across patient care, surgical wards, and offices areas within the facility
  • Flexibility for a central plant or distributed heat pump systems for larger campuses

Case Study: Mayo La Crosse →
Healthcare Projects →

Example of government public building with Darcy Geothermal system for heating and cooling

Government & Public Sector

The largest owners of buildings are government entities. They commonly have sustainability goals and seek the lowest total cost of ownership as they have facilities intended to be used and useful for decades. Many today are considering thermal energy networks as key infrastructure in the energy transition from fossil fuels to an electric economy.

Geothermal Benefits:

  • System durability and longevity creates economic value for system buyers and users
  • Redundant designs (N + 1) for critical operations such as emergency call centers
  • Securable infrastructure under ground or a above grade for public works

Case Study: City of Rochester →
Government & Public Sector Projects →

Industrial manufacturing building with Darcy Geothermal HVAC

Manufacturing

Industrial manufacturing facilities have high energy requirements, both for process feedstocks and often heating and cooling loads due to operations temperature variation from operations. These businesses often require low costs of energy to maintain profit margins and provide workforce a comfortable working environment. 

Geothermal Benefits:

  • Energy efficiency and total cost of ownership hold the potential to improve operating margins
  • Potential for use in process heating and cooling applications
  • Heat pump systems offer a quieter environment due to removing rooftop units

Manufacturing Projects →

Darcy Geothermal in a Data Center

Data Centers

The incredible growth in Data Centers has become a large part of the economy. These facilities require immense cooling capacity and energy throughput to operate. Design and operation of geothermal for these projects requires innovative approaches and specialized equipment to construct.

Geothermal Benefits:

  • High energy efficiency and redundancy in design optimizes costs and ensures system up time
  • Cooling-only designs built for the specific geologic resources available on site
  • The best solution for executing against Environmental, Sustainability, and Governance (ESG)

Data Center Projects →

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Thermal Energy Networks​

The amazing part of geothermal technology is how it can scale up or down for different use cases. Thermal Energy Networks or “TENs” are utility scale groupings of geothermal resources connected over large distances and capable of providing thermal resources to multiple off taking entities. These systems are likely to be large part of the energy transition as public utility commissions, governments, and campus systems implement the technology to electrify heating and cooling of buildings.

Geothermal Benefits:

  • Different building use cases and load profiles allow for offsetting temperature differentials and creating improved energy efficiency across the system as a whole
  • Repeatable construction activities and economies of scale for procurement of equipment for a ambient loops distributed across large physical footprints
  • Conceptual innovation which can be piloted in controlled areas and expanded upon verifying operating impacts for energy and stakeholder use

Case Study: The Heights →
Thermal Energy Networks Projects →

Ready to Evaluate Your Site?

Darcy can determine feasibility, economics, and groundwater performance for your building type and location.