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• MSM modem needs to be on continuously during operating hours to listen for PBP payment information. Pre-payment for all the MSMs begins at 4:30 AM seven days a week, including enforced holidays. ii. The Proposer shall describe how battery life is determined and calculated (e.g., by percentage). The calculation based on current consumption of the meter, features enabled, amount of adequate sunlight. A: Solar Energy Input under adequate sun = 200mAh B: Energy Drain (no PBP): 6mAh C: Energy Drain (with PBP): 10mAh D: Energy Drain for NFC Transaction: 1 .7 mAh E: Energy Drain for Ticket Print: 1 .25 mAh F: Daily Energy Required for Comms/Backlight: 40mAh G: Energy Drain = ((24 hours - # pay-by-phone hours) * B) + (pay-by-phone hours * C) + (D * Number of transactions) + (E * Number of transactions) + F H: Energy Input = A * number of adequate sunlight hours I: Energy Surplus or Deficit = H – G, and if I > 0 you have an energy surplus. Non-rechargeable battery life (in Days) = Battery Capacity / Energy Deficit iii. The Proposer shall describe the maximum storage period available, and what data will be stored for that period. IPS meters use non-volatile flash memory for the secure storage of all meter event and transaction information as permitted by PA-DSS and PCI-DSS requirements. This includes payment transactions, maintenance events, diagnostic events, coin collections, meter faults, battery status, and all other event data within the meter. This information can be stored indefinitely, but for an active on street meter, this amounts to 30 days of operation without a connection to the meter management system. However, under normal operating conditions, this information will be transmitted to the meter management system and then removed from the meter during the next meter communication event, and no less than once every 15 hours. The IPS MS1 battery has a shelf life of 12 months without a recharge, but once recharged, has an approximate life expectancy of the above calculation. 9. Visual Enforcement a. If the proposed MSM solution encompasses a printer option, PCO shall also have an ability to print a receipt indicating the status of all the spaces (paid and unpaid) and any combination of thereof. IPS complies. The MS1 can provide a receipt indicating the status of all spaces for enforcement purposes. b. Proposal Deliverables—Visual Enforcement The Proposer shall describe the enforcement process for its MSMs, including a description of how PCOs determine the paid status of each parking space. The description shall include a means to determine MSM payment status visually. The IPS DMS can act as the system of record for all parking transactions. By providing a common source for parking payment data, the DMS system can be the single source for enforcement, tariff management, and customer service queries. The DMS database can store all relevant parking transaction data for Pay-and- Display, Pay-by-Space, Pay-by-Plate, and Pay-by-Phone scenarios. This single source greatly improves the efficiency of enforcement sessions and controls parking time limits for all payment protocols. The value of this single source of data increases exponentially within a Pay-by-Plate environment. Integrations will mobile phone payment providers and/or other pay station vendors are possible and IPS is prepared to develop these interfaces within any parking system design, however without a common platform, the efficiencies the will be diminished. REV: 05-05-16 JS Page 59 of 1.77 ATTY/AGR.2016.094/IPS Group