SMART WATERSMART POWERSMART POWER

H2.0Clients:Dr. Ivan Stoianov (Imperial College)Dr. James Kierstead (Imperial College)Mr. Kevin Henderson (Bristol Water)Dr. Sumio Morioka (NEC Europe)

Group 3 Members:Ryan McCartney (Project Leader)Julian Phatarfod (Liaison Officer)Ahmad Al IdelbiMehdi BedjaDivya BhanderiClinton ChanGrace LeeSteve MooreCharalambos Spanos

100%

80%

KEY ISSUES

Demand Pumping

Storage Optimisation

PROJECT MANAGEMENT

Source: APX Group

y = 3E-08x^6 - 1E-05x^5 + 0.0009x^4 - 0.0386x^3 + 0.7608x^2 - 5.5888x + 45.507

17568

MARKETS: REGULATIONS

Source: Environment Agency

ENERGY / CARBON BALANCE

PUMP SCHEDULING

90% OF ALL ENERGY

OPTIMISATIONCost or Carbon?

PUMP SCHEDULING

Source: Metropolitan Industries

OURSOLUTIONSOLUTION

HYDRAULICS

HYDRAULICS

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are needed to see this picture.

Source: Environmental Protection Agency

HYDRAULICS

PROBLEMS

HYDRAULICSWater Hammer

INCORPORATING RENEWABLESRENEWABLES

UNSTABLE ENERGYStochastic Supply

Source: Power Quality Issues Chapter 4

Week 2 Week 3 Week 4 Week 5 Week 6

Admin

Modelling

Markets

Hydraulics

Critical Session Reports and Presentations

Model Formulation

Market and Regulation Research

Hydraulic Model

Final Report and Presentation

Model Testing

Model Optimisation

Formulate Regulatory Solution

Develop Economic Feasibility

Model Testing

Report Compilation

Report Compilation

Development Presentation

THE NEXT STEPSProject Management

SMART WATERSMART POWERSMART POWER

H2.0Thank you for attending.

Please feel free to ask any questions.

Many thanks to Danny Ball from Bristol Water and the ongoing support from our clients at Imperial College

Visit our website at www.h2point0.org

Folllow us on Twitter: @SmartWaterGDP

#GPDesignPS