Space-Based Solar Power Regains Investor Favor; Huatai-PB CSI Photovoltaic Industry ETF (515790) Rises 0.70% in Early Trading

NewTimeSpace News: As of 09:47 on March 3, 2026, Photovoltaic ETF (515790) rose 0.70%, with the latest price at 1.14 yuan.In terms of scale, Photovoltaic ETF's assets under management grew by 71.6871 million yuan over the past week, achieving significant growth, with the new scale ranking 1st out of 14 comparable funds.In terms of shares, Photovoltaic ETF's share count increased by 336 million shares over the past month, achieving significant growth, with the new shares ranking 1st out of 14 comparable funds.

NewTimeSpace News: As of 09:47 on March 3, 2026, Photovoltaic ETF (515790) rose 0.70%, with the latest price at 1.14 yuan. Looking at a longer time frame, as of March 2, 2026, Photovoltaic ETF has cumulatively increased 3.84% over the past week. (The stocks listed above are index constituents only, with no specific recommendation intended.)

In terms of liquidity, Photovoltaic ETF recorded an intraday turnover rate of 2.61%, with trading volume reaching 306 million yuan. Looking at a longer time frame, as of March 2, the ETF's average daily trading volume over the past month was 781 million yuan, ranking first among comparable funds. (Data source: Wind)

In terms of scale, Photovoltaic ETF's assets under management grew by 71.6871 million yuan over the past week, achieving significant growth, with the new scale ranking 1st out of 14 comparable funds. (Data source: Wind)

In terms of shares, Photovoltaic ETF's share count increased by 336 million shares over the past month, achieving significant growth, with the new shares ranking 1st out of 14 comparable funds. (Data source: Wind)

Regarding capital flows, Photovoltaic ETF recorded a net capital outflow of 81.9878 million yuan most recently. Looking at a longer time frame, over the past 14 trading days, the ETF attracted a total of 468 million yuan in capital. (Data source: Wind)

Data shows that leveraged funds continue to build positions. Photovoltaic ETF's net margin purchase amount on the previous trading day reached 1.5529 million yuan, with the latest margin balance at 376 million yuan. (Data source: Wind)

As of March 2, Photovoltaic ETF's net value has risen 32.36% over the past two years. In terms of return capability, as of March 2, 2026, since its inception, Photovoltaic ETF's highest monthly return was 24.61%, the longest consecutive rising period was 5 months, the longest consecutive rising gain was 79.02%, and the average return rate during rising months was 9.46%. As of March 2, 2026, Photovoltaic ETF's annualized excess return over the benchmark over the past two years was 1.07%.

As of February 27, 2026, Photovoltaic ETF's Sharpe ratio over the past year was 1.77.

In terms of drawdown, as of March 2, 2026, Photovoltaic ETF's maximum drawdown year-to-date was 6.22%, with a relative benchmark drawdown of 0.21%. The recovery period after drawdown was 2 days, representing the fastest recovery among comparable funds.

In terms of fees, Photovoltaic ETF has a management fee of 0.50% and a custody fee of 0.10%, representing a relatively low fee structure among comparable funds.

In terms of tracking accuracy, as of March 2, 2026, Photovoltaic ETF's tracking error over the past three months was 0.019%, demonstrating the highest tracking precision among comparable funds.

Photovoltaic ETF closely tracks the CSI Photovoltaic Industry Index. The CSI Photovoltaic Industry Index selects up to 50 most representative listed company securities from among listed companies whose main business involves the upstream, midstream, and downstream of the photovoltaic industry chain as index samples to reflect the overall performance of photovoltaic industry listed company securities.

Sealand Securities stated that the space-based solar power wave represents the next-generation space energy landscape. As satellite power demands increase, the space energy system is undergoing a new round of technological evolution. While gallium arsenide remains the mainstream route, new technologies such as crystalline silicon and perovskite are accelerating engineering and in-orbit verification, with space-based solar power entering a stage of parallel exploration across multiple technologies.

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