Can the water balance model accurately predict the effectiveness of different rainwater harvesting scenarios?
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The water balance model can accurately predict the effectiveness of different rainwater harvesting scenarios . By analyzing water demand-supply time series and performing hydrological water balance analysis, the model can calculate rainwater utilization, supply satisfaction, and coverage rates for various facilities . Daily timestep models, incorporating hourly rainfall data and variable rainwater demands, provide more accurate results compared to monthly or daily timestep models . The model takes into account factors such as overflow from the tank and diurnal variation of water demand, improving the accuracy of the analysis . The effectiveness of rainwater harvesting systems in terms of water savings and overflow amounts can be simulated and evaluated using the water balance model . The model can also assess the financial viability of rainwater harvesting systems through the calculation of the PayBack period . Overall, the water balance model is a valuable tool for planning and evaluating the effectiveness of different rainwater harvesting scenarios .
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01 Jan 2022 | The paper does not mention a specific "water balance model" for predicting the effectiveness of rainwater harvesting scenarios. |
6 Citations | The paper states that a water balance model is used to simulate the behavior of a rainwater tank and calculate daily water savings, suggesting that the model can accurately predict the effectiveness of different rainwater harvesting scenarios. |
| The paper does not specifically mention the accuracy of water balance models in predicting the effectiveness of different rainwater harvesting scenarios. | |
| The paper does not directly mention the accuracy of the water balance model in predicting the effectiveness of different rainwater harvesting scenarios. | |
| The paper does not explicitly mention whether the water balance model accurately predicts the effectiveness of different rainwater harvesting scenarios. |
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