{
    "complex": false,
    "classification": "non-complex",
    "type": "ETF",
    "ucits": true,
    "replication_method": "physical",
    "leverage": false,
    "derivatives": false,
    "swaps": false,
    "inverse": false,
    "complex_factors": [],
    "supporting_data": "The L&G Clean Energy UCITS ETF is a physically replicated fund that directly invests in the underlying securities of the Solactive Clean Energy Index NTR. The KIID and factsheet indicate that the fund primarily uses physical replication, with no mention of synthetic replication, swaps, or leverage. While the fund may use financial derivative instruments (FDIs) for efficient portfolio management, this is explicitly stated to be for purposes such as tracking the index and managing risk, not for creating leverage or complex strategies. The fund's risk profile is rated 7, but this is due to the nature of its investments in small and medium-sized companies in the clean energy sector, not because of structural complexity. The fund is UCITS-compliant, which imposes strict limits on derivative usage and leverage, further supporting its classification as non-complex. The absence of capital guarantees, structured features, or complex underlying assets also contributes to this determination.",
    "confidence": 95,
    "counter_argument": "Some might argue that the fund's use of FDIs could introduce complexity, but the KIID explicitly states that these are used in a limited manner for tracking purposes, not as a core strategy. The fund's high risk rating (7) is based on the volatility of its underlying assets, not structural complexity, which is a common characteristic of thematic ETFs. The UCITS framework provides additional safeguards that limit the potential for complexity.",
    "final_decision": "The fund is classified as non-complex because it uses physical replication, has no leverage or inverse exposure, and any derivative usage is strictly for efficient portfolio management within UCITS constraints. The risks are primarily market-related rather than structural."
}