1. SMART WATER
SMART POWER H2.0
Clients:
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 Idelbi
Mehdi Bedja
Divya Bhanderi
Clinton Chan
Grace Lee
Steve Moore
Charalambos Spanos

2. 100%
90%
1 of 20

3. Demand Pumping
Storage
THE ISSUE
2 of 20

4. OUR OBJECTIVES
Develop optimisation scheme
Investigate storage
Formulate hydraulic model
Introduce renewables
3 of 20

5. PROJECT MANAGEMENT
4 of 20

6. 5 of 20

7. Source: APX Group
y = 3E-08x^6 - 1E-05x^5 + 0.0009x^4 - 0.0386x^3 + 0.7608x^2 - 5.5888x + 45.507
17568
6 of 20

8. MARKETS: REGULATIONS
Source: Environment Agency7 of 20

9. ENERGY / CARBON BALANCE
8 of 20

10. PUMP SCHEDULING
9 of 20

11. UP TO
90% OF ALL
ENERGY
10 of 20

12. OPTIMISATION
Cost or Carbon?
11 of 20

13. PUMP SCHEDULING
Source: Metropolitan Industries
12 of 20

14. OUR
SOLUTION13 of 20

15. HYDRAULICS
14 of 20

16. HYDRAULIC MODEL
15 of 20

17. HYDRAULICS
Source: Environmental Protection Agency16 of 20

18. HYDRAULICS
17 of 20

19. INCORPORATING
RENEWABLES
18 of 20

20. UNSTABLE ENERGY
Stochastic Supply
Source: Power Quality Issues Chapter 4
19 of 20

21. Week 2 Week 3 Week 4 Week 5 Week 6
Admin
Optimisation
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
Develop. Presentation
PROJECT MANAGEMENT
The Next Steps
20 of 20

22. SMART WATER
SMART POWER H2.0
Thank 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