Choosing station software
This guide explains the Üreticy approach for operators researching EV Charging Station Software. Every charging project has a different combination of hardware brands, user groups, energy costs and operational responsibilities. A useful product assessment therefore looks beyond a feature list to real session records, charger behavior and support workflows. The sections below cover the decisions from OCPP connectivity and authorization through reporting and a controlled pilot rollout.
Connecting a charger
OCPP supplies a common message language between a charging station and its central system. The endpoint, identity and appropriate WebSocket connection must be configured on the device before it can contact the backend. In the Üreticy onboarding flow, a newly discovered unit is reviewed before it is approved for operational use. The operator checks its identity, connector layout and location. This separates technical connectivity from commercial activation and helps prevent an unexpected charger from joining the fleet. Manufacturer implementations still differ, so firmware and supported profiles should be recorded during commissioning and tested on a physical unit.
Versions and interoperability
OCPP 1.6J and OCPP 2.0.1 address similar operating needs with different event structures, device models and security capabilities. A multi vendor deployment therefore needs a test plan that goes beyond a successful connection. Authorization, start and stop events, intermediate meter values, disconnections, reconnections and fault codes should all be checked on each representative model. Üreticy is designed as a hardware independent platform for managing multiple brands in one place. Compatibility with a protocol does not prove that every firmware revision behaves identically; acceptance testing remains an important part of introducing a new charging device.
Fault response
A connector shown as available is not necessarily able to start a charge. Error codes, lost connectivity, unusual meter readings and repeated failed starts need to be considered together. Üreticy provides live monitoring and remote intervention tools to help support teams form an initial diagnosis. Some problems can be addressed through a remote reset; a damaged cable, power module or grid connection still needs a field visit. Recording the intervention, assigning an owner and reviewing repeat incidents by location improves service quality over time and gives maintenance teams a clear basis for prioritization.
Pilot and rollout
A representative AC unit and DC unit are useful starting points for a controlled migration. Test connection, card and mobile authorization, session completion, power interruption and meter consistency as separate acceptance cases. Comparing the previous system with the new reports during a pilot can expose differences before the whole network moves. When evaluating Üreticy, share the charger brands, models, current network design, payment scenario and reporting needs. Written criteria for going live reduce uncertainty for both teams. Expand the rollout by location after real device results are recorded and signed off.
One operational view
Running a charging network requires more than a list of devices marked online. Teams need to see connector availability, the last connection, active sessions, meter readings and fault signals together. Üreticy brings AC and DC points into one operational view so the support desk can identify the affected charger before dispatching anyone. Filtering by site, station and connector helps a growing network answer different questions without mixing them up. An event history is especially useful when a driver reports a failed start: staff can inspect what the system received rather than relying entirely on a telephone description.
Session lifecycle
A charge session includes authorization, connector selection, a start event, meter updates and a final transaction record. When one of these arrives late, the dashboard and the physical charger can briefly show different states. A reliable management process tracks the outgoing remote command separately from the device response and does not close a transaction on an assumption alone. Sending a stop command is not itself evidence that energy delivery has ended. A timestamped sequence of events gives customer support and finance teams the context they need to investigate disputed consumption or a charging session that appears stuck.
Access and RFID
Public networks, company fleets and shared residential parking require different access rules. Drivers may authenticate by RFID, mobile application or an assigned account; administrators need to decide who may use each station and whether energy allowances apply. Üreticy offers user management and kWh limits for following consumption at driver or fleet level. Revoking a card and changing a permission should leave a record, particularly where many people share a power supply. Offline authorization behavior depends on the charger configuration and must be checked during a site test instead of assumed from a brochure.
Reporting and reconciliation
Total kWh alone tells an operator little about asset performance. Reports by location, connector, period, user and session reveal utilization and help compare AC and DC operating costs. Session records can be reconciled with utility invoices, payment transactions and partner settlement statements. The difference between a raw meter value and a customer facing amount should be explained in the tariff calculation. Where a property owner receives a share of revenue, the settlement period, rate and exceptions should be documented. Reliable data makes decisions about maintenance, pricing and expansion more defensible.
Fleets and shared properties
A company fleet, apartment residents, hotel guests and visiting drivers can use the same physical infrastructure while needing different permissions and cost allocation. Fleet managers may set a kWh allowance per driver, associate energy use with a department and export a history of sessions. Residential managers often care most about fair allocation of shared electricity and controlled visitor access. Üreticy combines user groups, RFID access and reporting as building blocks for these scenarios. The onboarding design should identify who creates accounts, who pays for energy and who is allowed to change charging rules.
Security and audit trails
A charging backend can issue remote commands, so administrative privileges should be limited and reviewed. Encrypted transport, individual roles, strong identity controls and activity records belong in the operating design. Sensitive actions such as approving a device, changing access or modifying a tariff should be attributable to a person and time. Retention and privacy requirements vary by country and must be checked for the deployment. The security functions available through OCPP also depend on the specific version, profile and firmware of each charger. A device level validation gives a more useful answer than a blanket compatibility claim.
Integration and scale
As a network grows, data has to reach accounting, ERP, mobile applications and field support. APIs and event driven integrations can move session information into those systems, but the available endpoints and permissions should be confirmed for each project. A consistent device naming scheme and site hierarchy make reports understandable across locations. They also simplify adding a new manufacturer or replacing hardware later. When selecting a platform, consider the support work involved with hundreds of chargers and changing firmware, not only the speed of connecting a single demonstration unit.
Evaluating Üreticy
Üreticy positions its OCPP SaaS offering around AC and DC device management, live monitoring, RFID and energy limits for CPOs and fleet operators. The deployment arrangement, branding requirements and integration scope should be discussed against the actual project. Bring a list of devices, sites, driver types, expected sessions and operating countries to a product conversation. Confirm current trial terms and pricing in the live proposal. Before committing to a large rollout, test a real charger and document meter values, remote commands, disconnection recovery and fault handling. These observations are stronger evidence than a feature checklist.