Solarback oversees the entire project development process, ensuring all phases from initial feasibility studies to final design and approval are meticulously managed.
Dedicated project management ensures timely execution and adherence to regulations while maintaining communication with stakeholders throughout the project lifecycle.
Solarback provides ongoing maintenance and support for solar arrays, guaranteeing optimal performance and efficiency for up to 50 years.
Conducting thorough feasibility studies to assess site viability, energy production potential, and return on investment.
Mechanical and electrical design tailored to the specific needs of the project, ensuring optimal performance.
Overseeing the construction phase with rigorous project management to ensure timelines, budgets, and quality standards are met.
Performance Monitoring: Implementing continuous performance monitoring to ensure system efficiency, reliability, and cost savings.
Conduct comprehensive assessments to ensure solar systems work seamlessly with existing utility grids, optimizing energy flow and reliability.
Create customized designs for solar photovoltaic systems and energy storage solutions to maximize efficiency and meet client needs.
Perform detailed evaluations of potential locations to determine solar feasibility, including solar exposure, roof conditions, and environmental impact.
Provide continuous oversight and management throughout the project lifecycle, ensuring timely completion and adherence to quality standards.
Evaluate the long-term economic and operational impacts of energy installations to optimize performance and regulatory compliance.
Offer robust data management solutions for monitoring system performance, energy production, and maintenance scheduling.
✓ 25-Year warranties on solar components and roofing materials provide peace of mind and long-term reliability.
✓ Immediate energy cost savings through the utilization of solar energy, reducing dependence on traditional energy sources.
✓ Battery energy storage options available for peak shaving, allowing for more efficient energy use and savings during high demand.
✓ Lower energy escalation rates, providing more predictable energy costs over time.
✓ Increased property value as energy installations enhance building efficiency and reduce long-term operational costs.
❖ Initial installation costs may be high, requiring a significant upfront investment.
❖ Maintenance and operational costs need to be managed over the life of the equipment, despite warranties.
❖ Potential for performance issues if not properly monitored or maintained, which may necessitate additional resources.
❖ Regulatory stability ensures predictable long-term financial benefits, making energy investments a secure asset.
❖ Space limitations on rooftops may restrict the size and output of solar installations, impacting overall effectiveness.
System Size: 3.24 MW DC
Roof Type: TPO
Mounting Solution: Heat-welded/Weight Ballasts
Modules: 7,200 Modules
Inverter: 40 Grid-Tied
Monitoring: Web-based Monitoring
Connection Type: Grid Connected
System Size: 235 kW DC
Roof Type: Rolled Comp
Mounting Solution: Mechanically Attached
Modules: 650 Modules
Inverter: Grid-Tied
Monitoring: Web-based Monitoring
Connection Type: Grid Connected
System Size: 80 kW DC
Roof Type: Metal Corrugated
Mounting Solution: Mechanically Attached
Modules: 200 Modules
Inverter: Grid-Tied
Monitoring: Web-based Monitoring
Connection Type: Grid Connected
System Size: 690 kW DC
Roof Type: Rolled Comp
Mounting Solution: Mechanically Attached
Modules: 1,725 Modules
Inverter: Grid-Tied
Monitoring: Web-based Monitoring
Connection Type: Grid Connected
System Size: 79 kW DC
Roof Type: Spanish Tile
Mounting Solution: Mechanically Attached
Modules: 300 Modules
Inverter: Grid-Tied
Monitoring: Web-based Monitoring
Connection Type: Grid Connected
System Size: 438 kW DC
Roof Type: EPDM
Mounting Solution: Mechanically Attached
Modules: 1460 Modules
Inverter: Grid-Tied
Monitoring: Web-based Monitoring
Connection Type: Grid Connected
System Size: 600 kW DC
Roof Type: Roll Comp
Mounting Solution: Mechanically Attached
Modules: 1,500 Modules
Inverter: Grid-Tied
Monitoring: Web-based Monitoring
Connection Type: Grid Connected