Why Photovoltaic Viability Is Essential
Moving toA Clean Future
As detailed in the International Renewable Energy Agency (IRENA) FUTURE OF SOLAR PHOTOVOLTAIC Global Energy Transformation Paper, a shift to green energy sources is of paramount importance:
“The decarbonisation of the energy sector and the reduction of carbon emissions to limit climate change are at the heart of the international renewable energy agency (IRENA) energy transformation roadmaps. These roadmaps examine and provide an ambitious yet technically and economically feasible pathway for deploying low-carbon technology towards a sustainable and clean energy future.”
IRENA estimate that solar power will become a viable alternative to fossil fuels in the next 10 years and by 2050 will be the second-largest source of electricity.
From experience, we know that the key to successfully navigating any kind of strategic, international change is to face the issues head-on and start planning now.
Photovoltaic (PV) energy is when solar (or photovoltaic) panels convert solar energy directly into electricity. On their own photovoltaic panels can produce about 2 watts of electricity, but when you link the solar panels and use solar arrays, this can leap to huge levels of electricity production.
As with any new system, anyone who is considering a photovoltaic (PV) installation to their commercial buildings needs to understand site-specific requirements and conditions so that the investment is optimised to the output available.
Photovoltaic viability involves:
- The evaluation of site suitability
- Solar access (insolation)
- Shadowing considerations
- Orientation and tilt
- Electricity connectivity
- And many other variables
Photovoltaic systems can reduce energy bills by up to 75%, however, you do of course, have to consider the initial outlay and related costs, which is where SVM Associates can help.
Harnessing thePower of Solar
Evaluation & PlanningIs Key
A thorough, comprehensive, robust Photovoltaic Viability evaluation is essential.
By obtaining an accurate estimation of the yield of your Photovoltaic System that is derived independently from the manufacturer’s or installer’s assessment you will be protecting your investment.
An independent Photovoltaic Viability study provides a reliable basis for decision making and final design development.
Photovoltaic systems have many advantages. If installed correctly and customised for your business and location, they are low maintenance and long-lasting. You will also have so much more control of your own energy source, and your carbon footprint will be significantly improved.
The key word in the paragraph above is ‘if’. We cannot stress enough the importance of evaluation and planning prior to commencing any installation. Our Photovoltaic Viability assessment will give you all the information you need to ensure receive a return on your investment.
Our measurements are based on reliable modelling techniques which consider the impact of other buildings, trees and structures on the insolation, as well as the building’s orientation with the sun.
If there are potential structural implications, we will advise on the need for structural engineers. Access for installation and future cleaning is also considered. Connectivity to the building’s electrical infrastructure is fundamental to the viability of the scheme, and we have senior electrical engineers who are able to scope the requirements and organise G99 agreements on behalf of the client.
If you are considering a PV installation at your site(s) then, please feel free to message us here if you need to discuss your requirements.
Our ExpertApproach
As expert, accredited and competent engineers in mechanical, electrical, and public health building engineering services, we provide a full range of services, including:
- Mechanical Electrical
- Low Carbon Consultancy
- Expert Witness
- MEP
- Mechanical Electrical Design
- Public Health
- HVAC
- Zero Carbon Design
- Cat A Refurbishment
- Cat B Fit-Out
- Dispute Resolution
- Principal Designer