ZED transport
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FOREVERZED ELECTRIC BIKE SYSTEM Low COST ZERO CARBON PERSONAL TRANSPORTATION SYSTEM 21 Sandmartin Way, Wallington, Surrey, SM6 7DF Double motor option for hilly areas delivering. *ero carbon architecture

Revolutionizing Ihinking towards transportation to : reduces the need for fossil fuel powered vehicles reducing noise and air reduces load on public infrastructure which is expensive to build and has a very high embodied carbon footprint, provides the fastest means of transport in peak hours consuming less road introduces affordable zero (fossil) carbon transportation, introduces a technologically advanced (can be operated by credit cards), high performance and dependable personal transport mode POTENTIAL USERS Academic User- Dock outside accomodation and university campus : Bikes and docks...

Community and local authorities: Electric charging dock infrastructure at no cost to council The first public e-bike charging system Excellent publicly accessible communicating low carbon transport system Power assisted bike makes cycle stations work in suburban or hilly areas when located at bus or train stations. • Communicating environmental responsibilities • Advertising opportunity Choose a personal zero carbon travel plan for your business because it's cosi effective, more fun and it advertise your corporate values in highly conspicious public streets.

EACH FOREVERZED DOCK EACH FOREVERZED E-BIKE * is first of its kind to deliver a package of low cost zero carbon transportation * has optional extension to solar mast and can be rotated for maximum solar gain as per different locations • is designed to integrate or enhance urban realm as a street furniture and urban landmark with its unique design • is fitted with two accessible batteries to charge other makes of e bike or other appliances when not in use has huge potential to provide valuable advertisement area for business * can be gifted to city council with zero installation cost to buy...

TABLE TO SHOW CARBON EMISSION SAVINGS COMPARING E-BIKE (GRID CHARGED) WITH OTHER TRANSPORT MODES KILOGRAM OF LIFECYCLE CARBON SAVED ANUALLY ON A 10KM LIFECYCLE CARBON EMITTED PER PASSENGER KM (LCG/P/KM) COMMUTE (KG/YEAR)

delivering aero carbon architecture Each bike needs 1kw energy to charge them fully, one PV panel can generate 143kwh energy annually, enough to cover 10,000 miles per year. Each solar tree can potentially generate enough energy to power 12 bikes annual power needs or about 10,000 miles for a modern electric car (mitsubishi i-MiEV) ZED FACTORY STAND IN LONDON ECOBUILD 2012 ZED FACTORY STAND IN SHANGHAI ECOBUILD 2012