Abstract: A method is described for controlling delivery of compressed gaseous hydrogen from a high pressure source to a receiving storage tank (for example, deployed within a vehicle) via an intervening dispenser, where the dispenser is operatively connected to the receiving storage tank and a chiller is deployed between the high pressure source and the dispenser. A pressure ramp rate for providing the gaseous hydrogen to the receiving storage tank is determined. Based on the pressure ramp rate, respective first and second reductions in pressure of the gaseous hydrogen from the high pressure source to the chiller and from the chiller to the receiving storage tank are controlled such that the first reduction in pressure is greater than the second reduction in pressure. Delivery of the gaseous hydrogen to the receiving storage tank is discontinued when a target state of the receiving storage tank is achieved.