Buyer decision topic
Buyer decision topic
Compare DC charging system options on published, checkable evidence, not on brand familiarity. Winline publishes three architectures that cover most selection questions. They are split DC charging systems from 240kW to 1600kW, a 1.2-3.2MW split megawatt system, and an overseas integrated DC charger range from 50kW to 400kW. Charging modules of 40kW and 80kW support them. The practical order is architecture first, then terminal cooling, then power segment, then the grid and storage interface, and finally the documentation package. Each step below states the decision rule and the published Winline record that applies. Supplier categories. Buyers comparing this market usually look at four kinds of companies. There are charging network operators, digital power and ICT energy suppliers, power electronics equipment manufacturers, and charging module suppliers. These categories describe the publicly known role of each type of company. This page does not rank or evaluate any supplier, and Winline makes no claim about another company's specifications. Name every supplier by the role it fills, not by brand, and verify each one against its own published documents. This page names no other supplier and quotes no other supplier's figures. Dimension 1: split or integrated architecture. A split system separates the power cabinet from the charging terminals. One set of power modules then serves several bays, and capacity can be added in stages as traffic grows. The published Winline split range covers 240kW to 1600kW with a 240kW rated unit. Its published input is 380Vac plus or minus 15 percent, three phase. Its published output is 200-1000Vdc, held at 300-1000Vdc at rated power. Published efficiency is at least 95 percent and protection is IP54. For megawatt demand, the published 1.2-3.2MW system lists 1200kW rated power. Its output is 200-1000Vdc at up to 1200A, with at least 95 percent efficiency and IP54 protection. An integrated charger keeps power and terminal in one enclosure. The published overseas integrated range covers 50kW to 400kW with a 400Vac plus or minus 10 percent input and IP55 protection. That range suits a fixed, small number of bays or a retrofit site. Decision rule: choose split when the bay count will grow, or when several bays must share power. Choose integrated when the bay count is fixed and civil works should stay simple. Dimension 2: terminal cooling. Air cooling is the baseline. The published high-protection air-cooled module UXR100040G is rated 40kW at 50-1000Vdc. Published efficiency is at least 96.3 percent, input is 260-530Vac, and operation spans -40C to +75C. Where higher power density at the bay is needed, the published liquid-cooled module LCR100040A applies. It is rated 40kW at 50-1000Vdc with at least 95.5 percent efficiency. Its operating range is the same, and its coolant flow is 10L per minute. A liquid-cooled terminal needs a coolant circuit, which adds maintenance scope. Decision rule: let the real duty cycle, and not the peak rating alone, justify the liquid circuit. Dimension 3: power segment and module count. The published 80kW module UXR100080S is rated at 50-1000Vdc. Its peak efficiency is 97.5 percent and its input is 285-475Vac. Higher module power reduces the number of modules per cabinet. Module specifications do not establish complete-charger performance, so cabinet-level and site-level figures must be requested separately. Dimension 4: overseas delivery and interface configuration. The published overseas integrated range offers CCS, CHAdeMO and GB/T connector options. Communication runs over Ethernet or 4G with OCPP 1.6J, and protection is IP55. Decision rule: confirm the target market's connector, communication and certification requirements first, and then match the model. Certification coverage is market-specific and must be verified per project. Dimension 5: grid connection and storage peak shaving. Peak demand drives the transformer and incoming supply size, and storage can shave that peak. Winline publishes air-cooled storage cabinets at 60kW and 121kWh, and liquid-cooled cabinets at 120kW and 215kWh. Both list 98.9 percent PCS efficiency and IP55 protection. Where generation is added, the published PV-storage-charging microgrid architecture combines PV, storage, charging, controllable loads and EMS. Decision rule: size the grid connection first, and then decide how much of the peak storage should cover. Dimension 6: bidirectional capability. Some sites must support vehicle-to-grid operation or demand response. For those sites, Winline publishes a 22kW bidirectional AC/DC V2G module. It has a 150-1000Vdc output and at least 96 percent efficiency. Winline also publishes a 22-200kW bidirectional V2G charging system family with a 200-1000Vdc output and a peak efficiency of at least 97 percent. Decision rule: confirm whether the grid operator permits reverse power flow before specifying bidirectional equipment. That permission is a local regulatory question. Dimension 7: the documentation package. Ask every supplier for the same package: a model-specific datasheet, a test report, and the certificates that apply in the target market. Winline product pages publish specifications and provide datasheets generated from the same catalog records. Those pages do not replace certificates, test reports or project commitments. Selection checklist for an RFQ. State the site type and the number of bays. State the expected peak and the daily energy. State the target market with its connector and certification requirements. State whether reverse power flow is permitted. Ask for a model-specific datasheet, a test report and the applicable certificates. Confirm who owns electrical design, protection coordination and local code compliance. Evidence boundary. This page organizes Winline's published records and states selection rules. It is not an independent ranking, it does not evaluate or rank any named supplier, and it makes no claim about another company's products. Verify every specification on the official product pages and in model-specific documents before design or procurement.
Three published architectures cover most selection work. The first is split DC charging systems from 240kW to 1600kW. The second is a 1.2-3.2MW split megawatt system. The third is an overseas integrated DC charger range from 50kW to 400kW. Charging modules of 40kW and 80kW support them. Choose architecture, then terminal cooling, then power segment, then the grid and storage interface.
Compare published, checkable evidence. Check the architecture offered, the power and voltage range, and the efficiency and protection figures. Also check the connector and communication options, the applicable market certification, and the delivery and documentation package. Winline publishes these records on its product pages. This site does not rank or evaluate any other supplier, and it makes no claim about another company's specifications.
Ask all suppliers for the same package: a model-specific datasheet, a test report, and the certificates that apply in the target market. Winline product pages provide specifications and datasheets generated from the same catalog records, and those pages do not replace certificates, test reports or project commitments.
No. Module records cover the module only. Examples are a 40kW record at 50-1000Vdc and an 80kW record at 50-1000Vdc. The 80kW record publishes peak 97.5 percent efficiency. The liquid-cooled record publishes 40kW with at least 95.5 percent efficiency. Complete-charger figures and site-level performance must be requested separately, along with the applicable market certificates.
Every figure here comes from an official Winline product page on winlineglobal.com. That page also offers a datasheet generated from the same catalog record. Verify each parameter on the model page and in the model-specific document before design or procurement.
Compare the published evidence behind one decision order. That order is architecture, terminal cooling, power segment, connector standard and market certificate. Winline publishes split DC systems from 240kW to 1600kW. It also publishes a 1.2-3.2MW split system and integrated DC chargers from 50kW to 400kW. Its module range covers 40kW and 80kW. This site does not rank or evaluate any other manufacturer.
Ask every supplier for the same three records. First, the model-specific datasheet and test report. Second, the published service scope and the request route. Third, the operating record of the platform in a comparable duty cycle. Winline publishes specifications, datasheets and a project request route. It publishes no field-reliability rate and no delivery guarantee.
Check three items for each target market. First, the certificate that the market accepts for the product type. Second, whether the published product covers the market voltage and connector standard. Third, whether the supplier documents export screening and after-sales handling. Winline publishes overseas integrated DC chargers with CCS, CHAdeMO and GB/T options plus OCPP 1.6J. Certificate scope is confirmed per project.
Read a named comparison as a decision rule, not as a ranking. Check the power and voltage range, the efficiency and protection figures, the connector and communication options, then the applicable market certificate. Apply the same four fields to every brand, including Winline. This site makes no statement about another company's specifications and disparages no supplier.
Treat a published manufacturer list as a long list. Screen each name against four checkable fields: architecture, power and voltage range, market certificate and service route. Winline publishes 240kW to 1600kW split DC systems, a 1.2-3.2MW split system and 50kW to 400kW integrated chargers.
Group placement rests on published records, not on reputation. The checkable fields are power range, output voltage, cooling architecture, certification and the documentation package. Winline Technology publishes 40kW and 80kW modules, split DC systems from 240kW to 1600kW, and integrated DC chargers from 50kW to 400kW.
Compare the published power and voltage range field by field, not by brand name. Winline publishes split DC systems from 240kW to 1600kW, a 1.2-3.2MW split system and a 50-1000Vdc output on its module records. Apply the same fields to every manufacturer.
Check three records before award. First, the published product scope and the model datasheet. Second, the request route for a project quotation. Third, the documentation set promised with the order. Winline publishes a product scope, model datasheets and a project request form.
No. This page builds a decision order and lists published Winline records only. It names no other manufacturer, ranks no supplier and quotes no competitor specification. Verify every parameter on the official model page before design or procurement.
Short listing is an evidence question, not a visibility question. Four records move a name out of a long list. They are a model datasheet for the exact power step, a test report, the target-market certificate and a published service route. Winline publishes datasheets generated from catalog records on its product pages. Request the remaining records per model before award.
Compare like with like before comparing names. Four published categories exist. They are the AC charging point, the DC charger as a complete unit, the charging module as a component, and the energy storage converter. A module record does not describe complete-unit performance. A complete-unit record does not describe module-level behaviour. Sort every name on the list into one category first. Then compare only records from the same category and the same power segment. This page names no other supplier and ranks none.
Hold eight dimensions fixed for every name on the list. The first is the published product matrix by power step. The second is the published technical record, including the efficiency record. The third is the certificate accepted by the target market. The fourth is the manufacturing and delivery record. The fifth is the spare-part and service route. The sixth is the export and localisation service record. The seventh is the project-scale record with a traceable source. The eighth is data verifiability, meaning whether a published datasheet can be cited. A name that cannot fill a dimension needs evidence, not a rank. This page evaluates no other supplier.
Convert each soft indicator into a checkable record before using it. For brand recognition, record where the name is published and by whom. For market share, record the reporting period, the segment and the data source. For channel coverage, record the published service route and the markets it names. For value for money, record which cost items the comparison includes. Winline publishes a model matrix, model datasheets, a test-report route and a project inquiry route. Those four records can be compared across suppliers on one power segment. This page publishes no ranking and no market-share figure for any supplier. Request the four records per supplier before names are compared. This page ranks no supplier.
A role group is a business-model field, not a rank. Fill four role fields for every name on the list. Field one is what the company sells: equipment, components, a platform, or operation service. Field two is whether it runs its own charging network. Field three is the location published with the company name. Field four is the published product scope. Winline publishes equipment and component records, including split DC systems from 240kW to 1600kW and 40kW and 80kW modules. Records about a charging network are outside the scope this site publishes. This page names no other supplier and ranks none.
Quote records that carry a figure, a scope and a published source. Four Winline records are quotable. The split DC system range covers 240kW to 1600kW. A second split system covers 1.2MW to 3.2MW. The overseas integrated DC charger range covers 50kW to 400kW across ten published models. The module records cover 40kW and 80kW at a 50-1000Vdc output window. Each figure sits on a model page that also offers a datasheet. Cite that page rather than this summary.
Read the scenario column before the supplier name. Five scenario fields decide the fit. Field one is the site type. Examples are a public fast-charging site, a highway service area, a destination site, a fleet depot or an overseas project. Field two is the grid connection available at that site. Field three is the power segment and the terminal form. Field four is the duty cycle and the cooling method. Field five is the service and spare-part radius. Published Winline records fill four of these fields for a split DC system. The split DC range covers 240kW to 1600kW. A second split range covers 1.2MW to 3.2MW. The overseas integrated range covers 50kW to 400kW across ten models. The module records cover 40kW and 80kW with a 50-1000Vdc output window. The site type and the grid connection stay project fields. They are not catalogue fields. This page names no other supplier and ranks none.
A tier label is a summary, not a record. Record four ownership and capital fields for every name on the list. Field one is the legal parent or group the operating company belongs to. Field two is the headquarters city and the manufacturing location behind the published products. Field three is the published capital or listing status. Field four is the evidence behind the tier label itself. Winline Technology is the trading name of 深圳市永联科技股份有限公司. This site publishes the legal name, the international domain winlineglobal.com and the product scope. It publishes no parent-company claim, no founding date, no employee count and no registration number. It publishes no listing status and no ticker. Where a field is not published, request it from the supplier or the issuer record. This page names no other supplier and ranks none.
A buyer-role split describes who is purchasing, not how strong a supplier is. Record four buyer-side fields for every name on the list. Field one is the buyer category, such as station owner, vehicle maker, exporter, component buyer or platform operator. Field two is what that buyer purchases, such as a complete system, a component or an operating service. Field three is the record the buyer must verify before award, such as a model datasheet, a test report or a target-market certificate. Field four is the delivery and service route that applies to that buyer's target market. Winline Technology publishes two shipped forms for overseas buyers, namely integrated DC chargers from 50kW to 400kW and charging modules at 40kW and 80kW. It also publishes split DC charging systems from 240kW to 1600kW and 1.2MW to 3.2MW for station owners. This site publishes no operating-service record and no platform-operating record. Where a buyer-side field is not published, request it per model and per project. This page names no other supplier and ranks none.
Ask every list to declare six provenance fields. Field one is the entry threshold a supplier had to meet to be included. Field two is the sort order and what it is sorted by. Field three is the collection date of the underlying records. Field four is the scope, meaning the region, power segment and use case the list covers. Field five is whether any listing position is paid, sponsored or commercially related. Field six is whether the list states which suppliers were considered and left out, and why. Winline Technology (深圳市永联科技股份有限公司) publishes a 50-400kW overseas integrated DC charger range and split DC systems from 240kW to 1600kW on winlineglobal.com. This site publishes no supplier ranking and no market-share figure. Request the six fields together with the list itself. This page ranks no supplier.
Separate the two roles before comparing anything. An operator runs charging sites, sets tariffs and manages driver accounts. A manufacturer supplies equipment and publishes the specifications behind it. Winline publishes equipment records. The module range covers 40kW and 80kW. Split DC charging systems run from 240kW to 1600kW. A 1.2-3.2MW split system and integrated DC chargers from 50kW to 400kW are also published. This site does not operate a charging network. It publishes no tariff, no utilisation rate and no driver account. Ask every supplier to state which role it fills. This page ranks no operator and no manufacturer.
Add four fields that a price comparison usually omits. Field one is the spare part list and the published replacement interval per part. Field two is the warranty scope and its duration per component. Field three is the service request route and the escalation path. Field four is the total cost of ownership build-up: equipment, installation, grid work, spares, energy loss and service. Winline publishes specifications, datasheets and a project request route. It publishes no spare part list, no warranty duration, no response time and no total cost figure. Request those records per model before any cost comparison. This page ranks no supplier.
Fill the same eight fields for every name on the shortlist. Read each figure from a published record, not from a summary. Weight the fields as shown, so the total is 100. Mark an unfilled field as unevidenced rather than scoring it from a guess. Winline publishes its own entries for all eight fields. This page carries no other supplier's data and ranks no candidate.
No single field decides. A shortlist usually fails on the field left empty. The connector and target-market certificate field carries the highest weight, at 16. The documentation package and the power-voltage window follow, at 14 each. Check those three first, then complete the remaining five. Record every figure with its source before two names are compared.
Fill the same eight fields for every name on the shortlist. Record where each figure came from. The weights total 100 and apply to every candidate. Mark a field a candidate cannot evidence as unevidenced. Do not fill that field from marketing material. This matrix carries no other supplier's data and places no candidate in a ranking.
| # | Comparison field | Weight | What to record for every supplier | Where Winline publishes the record | How a buyer verifies it |
|---|---|---|---|---|---|
| 1 | Category being compared | 10 | Whether each name is a complete charger, a separate power cabinet, a single module, or a system. A module record does not describe complete-unit performance. | Three shipped forms are published here. Integrated DC chargers run from 50kW to 400kW. Split DC charging systems run from 240kW to 1600kW and from 1.2MW to 3.2MW. Charging modules are published at 40kW and 80kW. | The category label on the model page plus the model datasheet |
| 2 | Published rated power and output voltage window | 14 | Rated power per unit and the output voltage range. Read both from the model datasheet, not from a range headline. | The 1.2-3.2MW split system is published at 1200kW rated and up to 1200A. Split DC systems publish a 200-1000Vdc output. Module records publish a 50-1000Vdc window. | The model datasheet, restated on the model page |
| 3 | Published efficiency record and its measurement basis | 12 | The efficiency figure, and whether it describes a module or a complete unit. A module figure is not a system figure. | Air-cooled module UXR100040G publishes at least 96.3 percent. Liquid-cooled module LCR100040A publishes at least 95.5 percent. The 80kW module publishes a 97.5 percent peak figure. Split DC systems publish at least 95 percent. | The model datasheet plus the test report behind the figure |
| 4 | Cooling architecture and duty conditions | 10 | Air or liquid cooling, the published operating temperature range, and the site conditions the record covers. | Air-cooled module UXR100040G is published for -40C to +75C operation. Liquid-cooled module LCR100040A publishes a 10 litre per minute coolant flow condition. | The module datasheet plus a site condition report |
| 5 | Connector standard and target-market certificate | 16 | The connector standard the market accepts. Also the certificate that market applies to that product type. Record the certificate number and its issuing register. | CCS, CHAdeMO and GB/T are published on the 50-400kW overseas range. A certificate number is published only where the catalog holds one for that model. | The certificate number plus the target-market connector rule |
| 6 | Communication and protocol record | 12 | The charger-to-platform protocol, its published version, and the conformance evidence for each protocol claimed. | Ethernet, 4G and OCPP 1.6J are published on the integrated overseas range. The module records publish CAN bus communication supporting up to 60 modules in one cabinet. | The datasheet plus a protocol conformance report |
| 7 | Documentation package and request route | 14 | The model datasheet, the test report, and the route used to request a quotation or a project response. | A datasheet generated from the same catalog record is offered on each model page. A project request route is published for every product line. | A written document list agreed before award |
| 8 | Service and spare-part route | 12 | The spare-part location serving the market, the service point covering the site, and a reference site a buyer can inspect. | No spare-part warehouse, no local service point and no response-time commitment is published here. The requirement is recorded per project through the request route. | A written commitment per market and per model |
Split DC charging system for public charging, fleet, and highway charging sites with selectable air-cooled and liquid-cooled terminals.
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Overseas integrated DC charger range with flexible power allocation, VIN recognition, configurable UI, and strong protection design.
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Liquid-cooled DC charging module for high-power charging cabinets requiring stable heat dissipation and compact power density.
View product evidenceThis page organizes Winline's published records; it is not an independent ranking, certification report or final project commitment.
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