30 kW / 65 kWh Hybrid ESS for Two-Array Rooftop PV

Name: 30 kW / 65 kWh Hybrid ESS for Two-Array Rooftop PV
Brand: Hunan Yintu New Materials Co., Ltd.
SKU: YT-Hybrid ESS-30/50kW-65kWh
Price: Negotiable USD
Availability: InStock

Brand Name:YINTU

Model Number:YT-Hybrid ESS-30/50kW-65kWh

Product Details

Highlight:

30 kW hybrid ESS

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65 kWh rooftop PV storage

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commercial energy storage system

Selected Source Configuration: IYP-B65-30H3-38M2-HX1

Rated AC Power / Max. Current: 30 KW / 45 A

Rated LFP Battery Energy: 65 KWh

Maximum PV Input: 38 KW Total, Two MPPT Channels

PV Voltage Limits: 200–800 V MPPT Range, 850 V Maximum DC

Maximum PV Input Current: 30 A + 30 A

AC Interface: 400 / 230 V, L1/L2/L3/N/PE, 50/60 Hz

Cabinet / Approx. Mass: 665 × 950 × 2100 Mm, IP54, Approx. 1000 Kg

Product Description

30 kW / 65 kWh Hybrid ESS for Two-Array Rooftop PV

Select the 30 kW, 65 kWh configuration with two MPPT inputs and up to 38 kW of PV. Check each roof array separately for voltage, current and production profile.

YT-Hybrid ESS-30/50kW-65kWh

Selected configuration

Selected source configuration	IYP-B65-30H3-38M2-HX1
Rated AC power / max. current	30 kW / 45 A
Rated LFP battery energy	65 kWh
Maximum PV input	38 kW total, two MPPT channels
PV voltage limits	200–800 V MPPT range, 850 V maximum DC
Maximum PV input current	30 A + 30 A
AC interface	400 / 230 V, L1/L2/L3/N/PE, 50/60 Hz
Cabinet / approx. mass	665 × 950 × 2100 mm, IP54, approx. 1000 kg

Choose the 30 kW conversion configuration

The IYP-B65-30H3-38M2-HX1 variant pairs a 30 kW converter with the 65 kWh battery used in this family. It fits a site whose simultaneous net load and AC feeder design suit the documented 45 A maximum. The supplier also describes a 50 kW model with the same nameplate battery energy. Select the 30 kW configuration against measured demand and required discharge power, with the usable energy window and losses applied to the runtime calculation.

Assign roof arrays to the two MPPT channels

For roofs with different orientations or shading, prepare separate string schedules for each MPPT. Check cold open-circuit voltage against 850 V and operating string voltage across the expected temperature range against 200–800 V. Compare current on each channel with its 30 A limit. Check the combined planned PV power against 38 kW and have the equipment partner confirm the approved string arrangement and DC protection.

Model daytime generation and battery charging

Use interval data to determine whether both arrays regularly supply excess solar power during a battery charging window. Align the proposed charge limits with the cabinet, the connected site load and any export settings. The 30 kW AC rating and 38 kW maximum PV input describe different interfaces. Apply the converter’s operating limits when evaluating their interaction. If a generator is planned, review dispatch priorities, protection and the approved connection arrangement.

Confirm the electrical package

YINTU coordinates equipment selection and PV interface review with the manufacturing partner. This configuration includes the battery, BMS, PCS, EMS, built-in MPPTs and generator port. PV modules, rooftop mounting, DC string protection, site AC distribution and any generator are specified in the project package. Provide roof string data and a single-line drawing to check the available configuration.

Family cabinet illustration. Confirm the selected configuration and its final connection drawings.

Commercial & Industrial Energy Storage