Upon receiving your enquiry, we assign a dedicated design engineer who will be your main point of contact throughout the design process. To kick things off, your designer will gather comprehensive
details about your project, including:
> Project type.
> Project objectives.
> Timeframes.
> Site data and documents*
* Includes HH data, building/field information, CAD drawings, site plans, restrictions, planning limitations.
Once we have all the necessary information, we’ll start on your initial design.
Using the information gathered from the consultation, our first design typically includes:
1. PVSOL Technical Submittal: This document provides details on energy generation, self-consumption, and ROI.
2. Roof Mounting Design: This covers the structural aspects of the system and includes a bill of materials for the roof mounting equipment.
These documents enable us to produce a comprehensive, priced bill of materials, providing a clear cost estimate for your project.
As your project approaches installation and new factors emerge, we understand that design adjustments may be necessary.
Your design engineer will be available to revise the designs as needed to accommodate any changes in circumstances.
There is no limit to the number of revisions we offer, ensuring your project meets all your requirements.
Once your project is confirmed to proceed, we offer the following services to ensure a smooth and efficient installation:
CAD Drawings >
To ensure the system can be installed exactly as designed.
String Drawings >
Detailing the arrangement of solar panels and their connections.
Containment Routes >
Planning the pathways for cables and other system components.
Inverter Locations & Cable Runs >
Specifying the placement of inverters and the routing of cables.
We create bespoke storage plans tailored to the exact requirements of your project, ensuring your solar panels and equipment are stored safely and efficiently.
Whether you need short-term storage or long-term solutions, our flexible options are designed to meet the specific needs of your installation schedule.
Trust us to handle your storage needs with the same dedication and precision we bring to our delivery services.
KwH and KWp Target Analysis >
Develop precise energy production targets (kWh) and installed capacity (kWp) for new builds, ensuring optimal PV system sizing.
Predicted PV Generation Modeling >
Utilise advanced simulation software to predict the PV generation potential of the site, factoring in local climate data, shading analysis, and panel orientation.
Integrated PV Design Collaboration >
Collaborate with architects and engineers using CAD drawings to integrate PV systems seamlessly into building designs, considering structural load, aesthetics, and efficiency.
Regulatory Compliance >
Ensure designs comply with all local regulations.
We create bespoke storage plans tailored to the exact requirements of your project, ensuring your solar panels and equipment are stored safely and efficiently.
Whether you need short-term storage or long-term solutions, our flexible options are designed to meet the specific needs of your installation schedule.
Trust us to handle your storage needs with the same dedication and precision we bring to our delivery services.
Part L Compliance PV Design for New Builds >
Develop PV designs that meet or exceed Part L building regulations for energy efficiency in new residential developments.
Full Scheme SHDF PV Designs >
Provide complete PV system designs for Social Housing Decarbonisation Fund (SHDF) projects, ensuring maximum energy savings and carbon reduction.
We recognise that each project is unique and requires a specific set of materials tailored to its requirements. Unlike others, we don’t compromise by trying to fit stock panels into projects where they’re not suitable.
Instead, we wholeheartedly believe in our project-specific procurement method, which involves creating a strategic sourcing plan that aligns perfectly with your project’s unique needs.
This approach ensures you receive the right materials at the right time, optimising efficiency and effectiveness for every installation.
Site-Specific Generation Forecasting >
Conduct detailed generation forecasting tailored to the specific site conditions, considering local climate, topography, and land use.
Advanced CAD & REVIT Site Drawings >
Create detailed site drawings in both CAD and REVIT, incorporating topographic data, substation connections, and array layouts for utility-scale projects.
Half-Hourly Data Analysis & Feasibility Studies
Perform detailed energy usage analysis using half-hourly data to assess the feasibility and potential ROI of PV installations.
Remote PV Design & Assessment
Leverage satellite imagery and GIS tools to create preliminary PV designs and assess site suitability without an initial site visit.
Detailed CAD Site Layout Drawings
Provide comprehensive CAD drawings for site layouts, including panel placement, wiring diagrams, and inverter locations, ensuring efficient use of space.
Performance Optimization for Retrofit Projects
Evaluate existing systems and design enhancements or expansions to improve performance and efficiency.