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On June 18, 2026, the new Guidelines for Assessing the Grid-Connection Capacity of Distributed Power Sources officially came into force, marking a milestone in policy liberalization for China's domestic distributed PV industry.
This new policy fundamentally breaks through long-standing industry bottlenecks by eliminating the rigid "80% of transformer capacity" installation cap and fully implementing a refined, zone-based management system (classified into green, yellow, and red zones). These measures significantly relax grid-connection requirements for residential and commercial & industrial (C&I) PV systems, thereby unlocking a market potential exceeding 50 GW for distributed PV.
The new policy not only revitalizes the domestic PV installation market but also aligns with global grid-connection standards, creating fresh opportunities for PV equipment exports and the implementation of overseas PV-plus-storage projects. Leveraging a comprehensive suite of internationally recognized certifications and mature PV-plus-storage system solutions, Future Green is uniquely positioned to precisely navigate the transition between old and new policies while meeting the diverse grid-connection standards of various overseas markets. We empower both domestic and international residential and C&I PV projects to achieve efficient implementation and compliant grid integration.
Installation Thresholds Significantly Relaxed
Historically, PV grid-connection regulations strictly enforced a "one-size-fits-all" rule—capping the PV installation capacity at 80% of the transformer's load capacity. Consequently, numerous industrial facilities, rural communities, and business parks were unable to install new PV systems—despite possessing ample idle rooftop space—because their transformer capacity had already reached saturation. This resulted in a severe waste of valuable resources.
The new policy, effective June 2026, officially abolishes this rigid restriction. Instead of limiting installation scale to a fixed numerical value, grid-connection eligibility is now dynamically assessed based on the actual grid-absorption capacity of the specific distribution area. As long as the grid's overall carrying capacity meets the required standards, PV systems can still be successfully connected even if the transformer's load rate exceeds 80%. This decisively resolves the industry's long-standing pain points—the inability to install systems due to capacity constraints or regulatory prohibitions—and maximizes the value of rooftop PV installations across C&I facilities, rural self-built homes, and business park buildings.
Solar-plus-Storage Becomes a Core Standard for Project Implementation. The new policy introduces a three-color (Green, Yellow, and Red) zoning and hierarchical control mechanism.
Consequently, integrated solar-plus-storage solutions have evolved from an optional add-on into a mandatory requirement for grid connection. Equipping projects with compliant energy storage systems is now the key to capitalizing on the benefits of this new PV policy and achieving expanded PV installation capacity.
The refined grid connection logic introduced by this new domestic policy aligns closely with the grid connection regulations found in major overseas markets—including Europe, North America, Southeast Asia, Africa, and South America. This convergence effectively breaks down the regulatory barriers that have historically separated domestic and international standards for PV grid connection. Whether involving domestic commercial and industrial (C&I) capacity expansion, new residential installations, or overseas PV projects and bulk export procurement, the sector is now embracing a wealth of new opportunities:
Cost-effective small-scale off-grid or grid-tied PV systems can be readily deployed—offering zero electricity bills and minimal maintenance—to seamlessly meet daily household power needs.
Capacity expansion via integrated PV-plus-storage solutions allows businesses to maximize the utilization of rooftop space, significantly reduce electricity costs, and simultaneously satisfy grid compliance mandates; these solutions are ideally suited for large-scale projects such as factories, industrial parks, and logistics hubs.
Following the implementation of new regulatory policies, the requirements for PV project equipment compliance, system stability, and energy storage compatibility have risen significantly; non-compliant equipment will no longer pass grid connection acceptance inspections.
With over 20 years of deep expertise in the PV and energy storage industry, Future Green offers a comprehensive product portfolio backed by authoritative certifications across numerous countries worldwide.
Holding a full suite of certifications—including CE, TUV, RoHS, UL, and CSA—our products meet the rigorous grid connection and safety testing standards of the EU and North America. Ready for immediate deployment in residential and C&I PV projects.
Possessing regional certifications such as PVOC, SABS, and SONCAP, our solutions are tailored to meet local grid capacity requirements and withstand complex outdoor operating conditions.
Covering authoritative certifications such as SNI, TISI, INMETRO, and IRAM, our equipment ensures full compliance and hassle-free grid connection, adhering to the distributed PV grid-tie regulations.
Furthermore, the brand's entire product lineup—spanning 5kW to 100kW grid-tied, off-grid, and hybrid PV-plus-storage systems, bifacial dual-glass PV modules, and LiFePO4 energy storage batteries—is precisely engineered to meet the diverse needs of the "Three-Color Zone" classification system: enabling high-efficiency pure PV power generation in "Green Zones," and facilitating collaborative PV-plus-storage voltage stabilization in "Yellow" and "Red Zones."
The relaxation of photovoltaic policies in June 2026 has thoroughly revitalized the distributed PV market. The removal of transformer capacity restrictions—coupled with the refined "three-color zone" management system—has enabled idle rooftops to truly realize their economic value. Whether for domestic residential self-consumption, industrial and commercial energy conservation and cost reduction, or overseas project integration and bulk procurement, compliant, stable, and highly adaptable PV-storage systems have emerged as an essential core requirement.
Leveraging a comprehensive suite of international certifications, mature solutions for all PV-storage scenarios, and consistently high product quality, Future Green continues to provide global clients with customized, one-stop grid-connection packages—integrating PV modules, energy storage batteries, and smart inverters. We empower every PV project to achieve compliant implementation and maximize returns!
If you require a customized PV-storage grid-connection solution tailored to your specific project—taking into account substation load capacity, installation scale, and geographic location—please feel free to contact us at any time. We offer professional product selection guidance and technical consulting services completely free of charge!
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