Solar & Sustainable Water Systems
Solar & Sustainable Water Systems: a project-specific service for clients who want a technically coordinated water environment rather than a generic installation.
LWD connects the design intent to measurable project inputs, equipment decisions, construction interfaces, commissioning and future maintenance for solar & sustainable water systems.
Connected capabilities
- Solar Energy System Development
- Solar Energy Engineering
- Solar Power Integration
- Solar Water Feature Systems
- Solar Water Heating Systems
- Solar Facade Development
- Solar Pergola Development
- Solar Carport Development
- Solar Project Feasibility
- Solar Project Planning
- Solar Project Engineering
- Solar Project Coordination
- Solar Project Implementation
- Solar Permit and Application Coordination
Workflow
- Define the user brief, site conditions and operating target
- Translate the brief into design and technical requirements
- Coordinate hydraulics, materials, equipment and controls
- Review construction interfaces, access and maintenance
- Commission, balance and document the operating system
Decision inputs
- pump and lighting load profile
- PV generation and inverter architecture
- battery/grid interaction where appropriate
- efficient pumping and control schedules
- water reuse, stormwater and loss reduction
Deliverables
- Project-specific design direction
- Technical decision and coordination points
- Equipment/material requirements
- Implementation and commissioning sequence
- Maintenance and future-upgrade considerations
Technical focus
- DOE explains that PV inverters convert DC to AC and that smart inverters can communicate with the grid.
- Battery storage shifts solar energy to periods without sunlight; sizing should follow the actual load profile.
- Pump speed control can reduce energy use when the hydraulic duty permits it.
- EPA green-infrastructure strategies can support infiltration, storage and reuse where site conditions permit.