Our MEP Capabilities
Water security begins with understanding where water comes from, how much the property requires and what happens when a primary source becomes unavailable.
We develop integrated water strategies incorporating:
- Well and source-water coordination
- Large-capacity storage tanks
- Domestic water reserves
- Irrigation storage
- Fire-water reserves
- Multiple tank systems
- Pump redundancy
- Pressure zones
- Treatment systems
- Rainwater and runoff capture
- Emergency water connections
- Redundant distribution pathways
For remote estates and resorts, the goal is not simply supplying water today.
The goal is creating a property capable of maintaining water security through changing conditions, equipment failures and future expansion.
emote properties should not be dependent upon a single source of power.
LC Designs develops electrical infrastructure capable of integrating conventional utility service with onsite generation and energy storage.
Systems may incorporate:
- Solar photovoltaic generation
- Battery Energy Storage Systems
- Standby generators
- Automatic transfer systems
- Microgrid architecture
- Critical-load panels
- Load shedding
- Energy management systems
- Multiple generation sources
- EV charging infrastructure
- Future renewable-energy expansion
Our objective is to create a layered energy strategy where loss of one system does not necessarily mean loss of the property.
Grid-connected when advantageous. Capable of independent operation when necessary.
Large residences, lodges and hospitality buildings require mechanical systems designed around architecture, climate and occupancy—not simply square footage.
Our mechanical engineering approach considers:
- Heating and cooling loads
- Extreme climate conditions
- Multiple HVAC zones
- Hydronic heating
- Radiant floor systems
- Geothermal systems
- Heat recovery
- Dedicated outdoor-air systems
- Humidity management
- Building pressurization
- Pool and spa environments
- Equipment redundancy
- Mechanical-room planning
- Remote equipment monitoring
The result is a system designed for comfort without compromising architecture or operational efficiency.
At estate and resort scale, plumbing becomes an infrastructure network.
We coordinate domestic water, hot water, wastewater and specialty systems across individual buildings and complete properties.
Systems may include:
- Domestic water distribution
- Central and distributed hot-water systems
- Hot-water recirculation
- Booster pump systems
- Water-treatment systems
- Greywater strategies
- Wastewater systems
- Septic coordination
- Lift stations
- Commercial kitchens
- Pools and spas
- Exterior water features
- Freeze protection
- Remote-building service
Every component is coordinated with the broader site utility strategy.
A resilient property needs a plan for what remains operational when normal power is unavailable.
Instead of simply installing a generator, we identify and prioritize critical infrastructure.
Critical systems may include:
- Water wells
- Booster pumps
- Water treatment
- Heating systems
- Refrigeration
- Communications
- Security
- Fire protection
- Access control
- Emergency lighting
- IT and network infrastructure
- Medical or specialty equipment
Electrical distribution can then be organized around multiple levels of operational priority.
Not every circuit needs backup power. The right circuits do.
Large properties generate enormous amounts of operational information.
Integrated controls allow owners and facility teams to understand what their systems are doing before a problem becomes an emergency.
We coordinate strategies for:
- Building automation
- Remote monitoring
- Water-level monitoring
- Pump status
- Electrical demand
- Generator operation
- Battery state of charge
- HVAC performance
- Leak detection
- Freeze protection
- Energy usage
- Equipment alarms
- Property-wide controls
For destination properties and remotely located estates, this visibility can be just as important as the equipment itself.