01 / PROJECT ANNOUNCEMENT
What was announced in Kyrgyzstan
On 5 November 2026, a Chinese solar module manufacturer announced a supply agreement for a 325 MW ground-mounted photovoltaic project in Kyrgyzstan. The project is planned to use one n-type TOPCon module platform throughout. Industry coverage describes it as the country's largest PV plant upon completion. Read the project report.
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Item
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Published details
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Agreement
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Supply of modules for a 325 MW ground-mounted PV plant in Kyrgyzstan
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Module platform
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One n-type TOPCon platform across the plant
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Platform ratings
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Up to 670 W and 24.8% module efficiency, according to the manufacturer
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Bifaciality
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85% ± 5%, manufacturer-stated
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Power temperature coefficient
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−0.26% per °C, manufacturer-stated
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Degradation figures
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Below 1% in the first year and 0.35% annually thereafter, manufacturer-stated
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Undisclosed in the announcement
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Exact site, selected module wattage, contract value and delivery schedule
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The ratings describe the module platform. The exact datasheet and string layout are the inputs for project cable design. Read the manufacturer's announcement as republished by Solarbe.
Why solar matters for a hydro-dependent grid
Kyrgyzstan relies heavily on hydropower, which leaves electricity supply sensitive to water availability. Utility-scale solar can diversify daytime generation. Its contribution will depend on seasonal output and how it is integrated into the grid. See the IEA country profile.
02 / DC QUANTITIES
What a 325 MW DC array could require
Illustrative calculation. Assume 325 MW of DC nameplate power, 670 W per module, 26 modules per string and one 50 m one-way homerun per string.
MODULES
≈485,000
325,000,000 W ÷ 670 W per module
STRINGS
≈18,657
Calculated module count ÷ 26 modules per string
SINGLE-CORE CABLE
≈1,866 km
Calculated strings × 50 m per conductor × 2 conductors
The cable estimate counts one positive and one negative conductor per homerun. It excludes module leads, downstream AC runs and installation allowances. Actual quantities depend on DC capacity, string design, equipment placement and route lengths.
On narrow screens, scroll the table horizontally to see all columns.
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DC scope
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Selection basis
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Confirm before ordering
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String and homerun cable
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Project-approved PV cable, such as EN 50618 H1Z2Z2-K where specified
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Maximum DC voltage, current, voltage drop and installation conditions
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Long aluminium runs
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1,500 V DC aluminium cable where the approved design permits it
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Conductor section, compatible lugs or terminals, transition method and installation cost
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PV connectors
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Approved mating pair with ratings suitable for the circuit and cable dimensions
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Exact connector family, cable outside diameter, contact size and crimp tooling
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Mechanical protection
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Cable construction and route protection suited to the site
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Rodent exposure, impact risk and approval for the proposed tray, conduit or buried route
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Earthing and bonding
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Protective conductor and fittings to the approved earthing design
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Fault duty, connection points, environmental exposure and inspection scope
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Pre-assembled harnesses
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Factory assemblies to agreed lengths and terminations
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Row layout, branch lengths, polarity and test documentation
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For sizing inputs and installation checks, see the SINELINK solar DC cable selection guide.
03 / SITE CONDITIONS
Cold, altitude and UV exposure in Central Asia
Use the actual site elevation, design temperatures and route exposure. The announced module platform does not establish a site design basis.
Cold weather and string voltage
Check the cold-bend test rating, minimum operating temperature and minimum installation temperature for the exact cable. Calculate string open-circuit voltage at the design minimum temperature using the selected module's voltage coefficient. The published power temperature coefficient serves a different calculation.
Altitude and outdoor exposure
Check equipment altitude limits and any manufacturer derating for the proposed elevation. For exposed cable runs, specify the required weathering and UV performance and verify it against the product documentation.
Thermal cycling and terminations
Confirm the connector and cable dimensions, use the specified crimp tooling and follow the manufacturer's assembly and inspection procedures. PV array design requirements cover DC wiring, protection and earthing. IEC 62548-1 overview.
04 / SINELINK RANGE
Cable and connector options for utility-scale PV
SINELINK's plant-level cable scope includes PV string and homerun cable, PV connectors, protective conductors and related assemblies. Check the approved installation and exact component combinations for each route.
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Project scope
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Product reference
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PV strings and homeruns
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EN 50618 H1Z2Z2-K solar cable. If an existing specification calls for PV1-F, confirm the exact product rating and certificate scope.
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Long DC runs
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1,500 V DC aluminium solar cable for compatible circuit and termination designs.
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Rodent-prone routes
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Steel-braided anti-rodent constructions where specified. Verify burial approval separately for directly buried routes.
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PV connectors
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1,500 V PV connector range. Verify the approved mating pair and sealing requirements for the exact assembly.
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Earthing and bonding
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H07Z-K green/yellow earth cable where the route and documented rating suit the circuit.
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Plant-level package
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Photovoltaic power station cable solution for coordinated cable, connectors and delivery planning.
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05 / DELIVERY
Planning inland delivery to Kyrgyzstan
For shipments from China, compare road routes through Irkeshtam or Torugart with rail and road combinations via Kazakhstan. Confirm the routing, border operating conditions and receiving point with the freight forwarder. CAREC border crossing reference · Rail network assessment.
- Drum plan. Check drum diameter and gross weight against axle limits, receiving equipment and the cut lengths needed on site.
- Seasonal conditions. Ask the forwarder about route restrictions and weather allowances for the intended shipping window. Build a buffer around site access and unloading.
- Qualification and import. Confirm the EPC's approved vendor list, the test reports required and the documents the importer and broker need before booking freight.
Milestones to watch in Central Asia
For the Kyrgyz project, track site and EPC disclosure, then confirm the string layout and copper or aluminium choices before estimating cable quantities. For projects in Kazakhstan and Uzbekistan, track local tender requirements and route constraints by site.
06 / PROJECT ENQUIRY
Share your string layout and route lengths
For a project in Kyrgyzstan, Kazakhstan or Uzbekistan, send the module datasheet, modules per string, one-way homerun lengths and site minimum temperature. SINELINK can use those inputs to review the DC cable schedule, voltage drop and drum split.
Share your project details →07 / FAQ
Frequently asked questions
What did the 325 MW solar agreement in Kyrgyzstan cover?
The announcement covered PV module supply for a proposed 325 MW ground-mounted plant. It did not disclose the exact site, delivery schedule or contract value.
How much DC cable could a 325 MW plant use?
Under the example's 670 W module, 26-module string and 50 m one-way homerun assumptions, the positive and negative conductors together total approximately 1,866 km. The project quantity depends on the actual layout.
What cable size should an EPC use for Central Asian PV strings?
Select conductor size from the design current, installation conditions, allowable voltage drop, route length and terminal compatibility. See the voltage-drop calculation guide.
Can H1Z2Z2-K cable be installed during a Kyrgyz winter?
Check the exact cable's minimum installation temperature and bending limits against conditions at the time of pulling. A cold-bend test rating alone does not establish the permitted installation temperature.
Can different PV connector brands be mated on one string?
Use the exact mating pair approved for the equipment and circuit. Verify the contact size, cable dimensions, tooling and assembly instructions for that connector system.