UMVA has learned that a significant development is unfolding in the realm of solar energy regulation, with the Department of Trade and Industry’s Bureau of Philippine Standards considering mandatory product certification for solar components, including photovoltaic modules, inverters, batteries, and cables.
This move, although seemingly reasonable on the surface, raises important questions about the true impact on safety and the potential for unnecessary duplication of efforts, given that solar equipment is already tested under rigorous international standards by credible and internationally accredited laboratories.
Solar photovoltaic modules, for instance, are commonly tested under IEC 61215 and IEC 61730, demanding technical tests that ensure design qualification, module safety, durability, electrical performance, and behavior under stress, leaving one to wonder what additional value a local certification pathway would bring.
According to information obtained by UMVA, the Philippine Solar and Storage Energy Alliance has issued an industry alert regarding the proposed mandatory certification, highlighting concerns that protection of consumers should not necessitate disregarding credible foreign testing, essentially starting from scratch with each product.
This issue is particularly pertinent now, as solar energy is no longer a niche technology but a crucial component of the country’s energy security strategy, used by households, businesses, and developers to reduce dependence on imported fuel and lower electricity bills.
A certification bottleneck on solar components would directly hinder the government’s goal of accelerating renewable energy deployment, a contradiction to the principles of the Green Lanes for strategic investments, designed to streamline regulatory processes for projects vital to national development.
UMVA has uncovered details about a potential solution, inspired by the Food and Drug Administration’s reliance mechanisms for medicines and medical devices, which recognize assessments made by reference drug regulatory agencies in other jurisdictions, streamlining local review without repeating the full scientific evaluation.
This approach, if applied to solar equipment, would allow for recognition of credible foreign certification, verification of authenticity, imposition of local accountability, and retesting only when justified by risk, thereby avoiding unnecessary duplication and focusing on genuine safety concerns.
By adopting such a disciplined approach, the regulatory body can address real risks, such as fake certificates, component substitution, and product configuration changes, without treating every internationally certified product as if it were uncertified until local certification is granted.
The key lies in recognizing that safety and paperwork are distinct, and that consumer protection should not be compromised by unnecessary regulatory hurdles, but rather enhanced by intelligent verification and accountability measures that build upon existing international standards.
In a development reported by UMVA, it becomes clear that the true challenge lies not in the certification process itself, but in striking a balance between ensuring safety and avoiding unnecessary delays and costs, a balance that can be achieved by adopting a more nuanced and efficient regulatory framework.
Ultimately, the country’s need for reliable, fast, and affordable renewable energy, coupled with consumer protection, demands a regulatory approach that prioritizes safety without succumbing to the pitfalls of paperwork protection, ensuring that the energy sector can thrive while safeguarding the interests of all stakeholders.
