Its a pity these cells are Lithium Cobalt and not the more friendlier 
chemistries.
The spec states a charge temp from -20C! I didn't think Lithium cells like to 
charge below 0C.

--------------------------------------------
On Mon, 29/9/14, nicklogan via EV <ev@lists.evdl.org> wrote:

 Subject: [EVDL] Boston-Power Launches Ensemble Module System ==> battery       
pack kits
 To: ev@lists.evdl.org
 Date: Monday, 29 September, 2014, 0:32
 
 It's probably wishful thinking, but
 it would nice to have these available
 through EV parts dealers:
 
 Boston-Power Launches Ensemble™ Module System
 
 Highly Scalable, Highly Reliable, “No-Weld” Integration
 System for
 Automotive and Industrial Battery Module Solutions
 
 WESTBOROUGH, Mass. and BEIJING, CHINA, Sept 16th, 2014 -
 Boston-Power Inc.,
 an industry leading developer and manufacturer of
 lithium-ion (Li-ion)
 batteries and energy storage technologies, today announced
 its launch of the
 Ensemble Module System; a revolutionary “kit” of
 standard components that
 allows OEMs and pack assemblers a simple, cost-effective way
 to assemble
 large format battery pack solutions for electric vehicle
 (EV) and energy
 storage system (ESS) applications. Available in 155 Wh and
 116 Wh
 increments, module designs can be created to meet a wide
 variety of voltage
 and capacity requirements.
 
 Companies in need of large format battery packs are faced
 with spending
 significant time and expense in designing, qualifying and
 fabricating custom
 solutions to meet their requirements.  Boston-Power’s
 Ensemble Module System
 provides a semi-custom cell-to-module approach to quickly
 and easily
 integrate Boston-Power’s cells into high energy density
 battery modules.  
 For OEMs and pack assemblers, the Ensemble Module System
 accelerates time to
 proof of concept, prototype and most importantly market
 while reducing
 upfront capital investment, program risk, BOM complexity,
 labor cost,
 production yield and operational complexity.
 
 “The Ensemble Module System offers a game-changing
 approach to building
 large battery packs for our customers,” said Darren
 Bischoff, Director of
 Business Development and Marketing for Boston-Power.
 “First, the flexibility
 of the Ensemble system allows customers to design, build and
 test a
 prototype pack in a fraction of the time it would typically
 take for a fully
 custom solution.  Next, the production quality components
 used in the
 initial prototypes greatly reduce the pack qualification
 effort needed to
 launch into mass production.  Finally, the same
 highly-reliable standard
 components used in the prototype and development stages
 support a
 cost-effective launch of low, medium and high volume packs
 without the need
 for expensive tooling or a complex assembly line.  Ensemble
 provides clear
 value from project inception through high volume pack
 production.”
 
 Key to the Ensemble solution is its innovative
 pressure-connect approach to
 module assembly which completely eliminates the need for
 difficult, costly
 and time consuming cell welding.  Fully tested to
 automotive quality
 standards, the result is a mechanically robust module that
 can be assembled
 and disassembled in a fraction of the time of conventional
 methods.  By
 utilizing Boston-Power’s Swing Cell products, customers
 realize all of the
 ease of assembly benefits of large format modules while
 retaining all the
 advantages of packing density, reliability and thermal
 performance that come
 with using Boston-Power’s small form-factor battery
 cells. 
 
 The Ensemble Module System enables cost-effective battery
 module packaging
 and mounting solution with exceptional performance at any
 volume.   Sample,
 prototype and production volumes are currently available.
 
 
 The kits appear to be based on their 18650 lithium cobalt
 cells made in
 Shenzen:
 
 Swing® 5300 Cell
 
 Designed to meet the challenges of the EV automotive
 market, Swing 5300
 offers:
 
 Optimized chemistry for higher operating temperature
 applications
 Equivalent capacity with long cycle life whether
 at 23C or 45C
  
 Wide operating temperature range
 Discharge -40°C to 70°C
 Charge -20°C to 60°C
  
 High energy density
 By volume: 490Wh/L
 By weight:  207Wh/kg 
  
 10 year reliable calendar life
 1,000+ cycles at 100% DOD
 2,000+ cycles at 90% DOD
 3,500+ cycles at 75% DOD
  
 Fast charge with minimal loss of cycle life (80% capacity
 in 30 minutes)
  
  Unmatched safety features
 Patented CID
 Separator with integrated shutdown mechanism
 Redundant vents
 Aluminum can construction to optimize thermal dissipation
 Laser welded lid
  
 Certifications
 UL
 UN
 RoHS
 Nordic Ecolabel
 Chinese Environmental United Certification Center 
 
  
 
 
 
 
 
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