We use the contracted pumped storage capacity to support the operation and security of the Hong Kong electricity supply system.
At a glance
Generation type
Pumped Storage
Location
Guangzhou, Guangdong, China
Right of use
Hong Kong Pumped Storage Development Company, Limited (PSDC)
Gross capacity
2,400MW (Phase I : 4 x 300MW ; Phase II: 4 x 300MW)
CLP equity capacity
600MW of Phase I(CLP - Right of Use for 40 years until 2034)
Year of commissioning
Phase I : 1993 - 1994
Phase II: 1999 - 2000
Project highlights
One of the largest pumped storage power stations in the world.
First Class Hydro Power Station award in PRC in 1996.
Unmanned operation in 2001.
Selected as one of 100 projects to commemorate the 60th anniversary of the founding of New China.
The first station in the Mainland to be awarded NOSA 5 Stars for Safety Management.
About the power station
A pumped storage plant uses hydro technology to store energy generated by other power stations. Storage is achieved by pumping water from a lower to an upper reservoir. The stored energy can then be recovered by running the hydro units in reverse as generators. The pumped storage plant serves an important role to store surplus energy generated when system demand is low in the night and release the stored electricity when system demand is high in the day. It also serves as backup electricity capacity if other units shut down unexpectedly.
Back to top
Log inSee moreSee allMenuHomeSearchDid you meanPageHelp and supportDownload our appBusiness objectivesresults foundAccept and continueStart dateEnd dateEvent typeEnviroment relatedPreferred disciplineFirst PreferenceOther PreferenceProject focusProject codeInternship typePagesHelps and supportCourse durationSelect course durationCourse typeforFilter ByClear allShowing {0} of {1} resultsSort byEarliest start dateOldest start dateInternship start dateInternship end datePlease stay tuned for upcoming openings.CalculateKey in the figures and press calculate buttonTotal Carbon emission(kg/COApprox. number of trees plantedElectricity consumption（units）Bill CalculatorBilling Start DateBilling End DateTariff TypeConsumption Unit(kWh)Number of Billing DaysThe earliest date you can select is the 1st day of previous calendar year.Residential TariffConcessionary Tariff for the ElderlyCalculation DetailsNotes:Charge (HK$)DetailsConsumption PeriodRate (HK$)Large Power TariffLarge Power Tariff with High Voltage Super DemandHigh Load Factor Rider DiscountYesNoOn-Peak Period Unit (kWh)Off-Peak Period Unit (kWh)On-Peak Maximum Demand (kVA)Off-Peak Maximum Demand (kVA)Please select datePlease input Consumption UnitThis bill calculator is meant to calculate electricity charges for previous and current years only.The bill calculator can only calculate the budget electricity bill for up to 90 days.Start Date cannot be later than End Date.Please select Tariff TypePlease select High Load FactorPlease input On-Peak Period Unit (kWh) Please input Off-Peak Period Unit (kWh)Please input On-Peak Maximum Demand (kVA)Please input Off-Pear Maximum Demand (kVA)On or off peak demand, whichever is higher, should not less than 35,000 kVAThis topic is related toCustomer Service centreNoteTipView All10 sec videoAs a , I want toResidential customerBusiness customer No data District Sub-districtRecalculatePlease input Number of Billing DaysConsumption UnitkVAkWhEnergy chargeEnergy saving rebateFuel cost adjustmentConcessionary tariffRent & rates special rebateTotal amountEnergy charge on peakEnergy charge off peakDemand charge on peakDemand charge off peak2022 Special rebate2023 Special energy saving rebateSpecial fuel rebateBilling demand shortfallHigh load factor rider discountSearch Help and SupportLatest updateCustomer Service HotlinesYearMonthJanuaryFebruaryMarchAprilMayJuneJulyAugustSeptemberOctoberNovemberDecemberDownloadLink copiedresultsSorry, something went wrong. We can't get that information right now. Please try again later.FeedbackHow would you rate the overall website experience today?Please tell us more(optional)Leave us your comments (optional)Submit
