Makers construct solar panels with environmental resilience in mind, but it doesn’t make them indestructible. Primary solar panel education can encourage businesses and residences with more information on how to defend their investment in case of a natural disaster.
Whether facing hurricanes or sand storms, everyone must participate in disaster-proofing solar power to make it viable for national investments and subsidies long-term — especially anyone working in the sector. These are the top methods for more robust solar systems, no matter the climate.
1. Every Disaster Requires Unique Techniques
Thunderstorms pose different threats than tornadoes, despite a crossover of high wind concerns. The diversity of natural hazards means innovative energy sector workers must craft multipurpose panels. Even if a solar PV company has a regional target audience, their panels should have disaster-proofing for all environmental circumstances.
There isn’t a one-size-fits-all approach for extreme weather and other disasters. The sooner companies understand that they must meld various strategies to defend against all weather, the more productive construction and manufacturing can be in blending these technologies.
2. Cost Is a Determining Factor
Disaster-proofing solar is a large-scale investment for makers in engineering, procurement and construction (EPC) costs, which varies on region and demand. Increased budget allotments could be 5% or higher, but eventual governmental solar adoption could mitigate prices over time.
3. Improve Ground Mounting
Rooftop panels seem more precarious, so households and businesses could opt for ground-mounted solar. It’s viable — especially for areas prone to snow and ice where ground-mounting is a better option anyway — but it comes with concerns during natural disasters, especially with winds exceeding 160 mph. Grounding must become stronger with tech like orbiting reflectors.
4. Combine Solar Systems With Storage
Energy independence comes with a few caveats. Some systems have grid connectivity while others don’t, and solar providers can assist customers in increasing disaster resilience. The grid has more infrastructure during emergencies, with more trained professionals ready to perform remediation.
Solar owners may not consider what happens if the power goes out for an extended period, especially if they lack sufficient solar storage for surpluses. Making cost-effective solar storage as the grid modernizes will keep customers afloat until cities and nations adapt.
5. Detailing Insurances and Warranties
Companies can increase transparency in these guidelines and make them more comprehensive to encompass situations outside of customers’ control. It requires understanding the temperamental and unpredictable nature of the world’s climate during the climate crisis. Areas previously immune to natural disasters could be susceptible within the next few years, and insurance and warranties should consider these factors.
6. Automation With a Smart Home
Disaster-proofing solar means connecting systems with smart home automation. Thermostats adjust without pressing buttons, window blinds move based on the time of day and generators provide vital power when bad weather knocks out your typical electrical supply.
If a solar system and its batteries aren’t quick to notice when a weather event shuts everything down, the rest of the house could be in jeopardy when it doesn’t boot up. Sprinkler systems and other emergency actions could halt if the power goes out, allowing a wildfire to take down a home if the family isn’t there.
7. Compatibility With Other Devices
With this mindset, having other renewable backup generators, like wind or hydropower, increases a customer’s defenses. These include micro solar hubs like individual water pumps or lights. So, manufacturers can promise that panels are easily compatible to sync with other smart tech. Panels can also optimize with energy-saving products to divert power to necessary operations during an outage, like allocating to the refrigerator so food doesn’t spoil.
8. Lobby for Incentives
Convincing governments to continue supporting solar innovation is pivotal in disaster-proofing solar from the beginning of its value chain. Investments and support keep prices affordable despite the fact they are becoming more advanced. Tax incentives entice citizens, which keeps solar providers in the business. Even support from a community level could begin the push for solar adoption a whole nation needs, especially for collaborative microgrids.
9. Quality Matters
Not every maker creates solar panels the same way, but it isn’t standardized. Therefore, some solar panels are stronger than others and better fit to withstand specific weather conditions. The International Electrotechnical Commission (IEC) and Underwriters Laboratories (UL) recommend 61730 models for hail, for example, because experts tested them for impact resistance.
10. Strategic Plant Placement
Until now, most conversations surrounding solar resilience are at the customer level, but manufacturers must also increase their strength for disasters. Smart plant placement away from coasts or mountainous areas could allow for more room to play with environmentally defensive infrastructure.
Disaster-proofing also means keeping supply chains and B2B relationships healthy and sustainable by prioritizing supply chain diversity and phasing out fossil fuels so disruptions don’t stop solar production and damage reputations.
What Disaster-Proofing Solar Means
Anyone working in the sector can design better panels with more complete terms and conditions that withstand numerous natural disasters. As weather events become more erratic, people must have energy access, especially with their expensive solar investments. Providers and manufacturers can inspire stronger, more impressive solar panels for the world by working on research and development and educating customers and governments.