1. Pioneering Smart DC power / Storage for shifting & reducing peak Simon Daniel, CEO, Moixa Technology www.moixatechnology.com 01/11/2012

2. www.moixaenergy.comwww.moixaenergy.com www.usbcell.com www.moixatechnology.comwww.usbcell.comwww.moixatechnology.com Commercial in confidence Pioneering Smart power and storage for a DC future ENERGY R&D Sensors Controls monitoring SMART BATTERIES USB Data Smart Self-Charge Batteries Phone SMART DC & STORAGE Smart Smart DC Smart Storage Power Integration Moixa Background

3. Leading various projects/initiatives -DC Forming : Lab & Characterizing -DC Awareness -Innovate 2011 -Eco-Build 2012 -TSB Smart Power/DSM, LCNF -DECC Storage -TSB Energy Efficiency /IOT Commercial in confidence Patents granted and pending © 2011 – Moixa Technology Ltd www.moixatechnology.com Pioneering Smart DC

4. © 2011 – Moixa Technology Ltd www.moixatechnology.com IPR & methods Variable voltage DC network, smart DC-DC sockets, smart controls, analysis and energy advertising EU DC Thought Leader DC Technology & IPR

5. Commercial in confidence Patents granted and pending © 2011 – Moixa Technology Ltd www.moixatechnology.com

6. Moixa Pilot Site examples © 2011 – Moixa Technology Ltd www.moixatechnology.com

7. HOME DC OFFICE CLASSROOM DC Light/Port Circuit DC Light/Port Circuit Smart Hub Platform Microgen integration Smart meter triggered storage Smart Control & Monitoring Commercial in confidence

8. http://www.youtube.com/watch?v=jFM5TQGsfGk

9. DC Forming : Lab Simulator

10. Utility – Kitchen – Bathroom - Living Simulate. Measure. Faults. Efficiency. Test

11. Efficiency Modeller

12. Tests & Analysis: e.g. drivers, LED, e.g. switches

13. Temperature. Faults/Sparks. Compliance

14. Report DC – Forming – Characterising DC Summary: This project built a lab based (large bench) simulator of a typical whole house wiring/connection system for assessing and testing conversion to ELV DC LEDs, sockets and DC loads. The system was used to test different component appliances, wiring losses on typical wiring lengths and sizes/quality, overload/fault/spark/other issues, performance and efficiency with aggregate LED and DC device loads, and also to help review against current BS standards. The project was focused around physical testing, rather than as an academic report. This document documents the test environment, initial considerations and guidelines on DC, impact on retrofitting, test results on example DC components / DC LEDs, DC component evaluation and compliance tests. Commenced: 10/01/2012 Completed: 31/03/2012