60 kW / 120 kWh Hybrid ESS for Estate and Farm Night Loads
60 kW hybrid ESS
,120 kWh farm energy storage
,hybrid ESS night load support
YINTU ENERGY STORAGE SOLUTIONS
60 kW / 120 kWh Hybrid ESS for Estate and Farm Night Loads
An integrated 60 kW / 120 kWh option for planned overnight loads at farms, large estates and small commercial compounds, with daytime PV recharge and a generator port.
Equipment model: YT-Hybrid ESS-60kW-120kWh. This page describes the stated configuration or application review. Final supplied equipment and project interfaces follow the confirmed technical agreement.
Set the overnight service objective
An estate or farm may want selected lighting, communications, refrigeration, security and scheduled pumping to use stored daytime solar after sunset. Separate essential services from flexible tasks. Measure the evening and overnight load rather than selecting a cabinet from the largest appliance alone. This configuration combines a 60 kW inverter and 120 kWh nominal battery energy for a small commercial or large residential compound.
Build a load timetable
As an illustrative planning case, 15 kW for five hours needs 75 kWh at the load before reserve and system losses. A 40 kW pump running for one hour adds 40 kWh and changes both the energy budget and peak demand. These are hypothetical load calculations, not a promised duty. Schedule flexible pumping when solar is available where practical, and verify starting current, phase loading and remaining reserve before including it on the supported bus.
Recharge and generator coordination
The source provides up to 75 kW PV input through two MPPT channels and a generator port. PV array design must satisfy the 200-800 V operating window, 850 V maximum voltage and 60 A + 60 A current limits. Compare seasonal solar production with daily load and recharge needs. Set a low-SOC response and generator operating plan for prolonged poor weather. Generator ratings and interface controls must be matched to the selected system; the port alone does not establish automatic dispatch.
Installation and YINTU review
The cabinet needs an engineered electrical connection and suitable foundation, with access for the air-conditioning system and service. IP54 is an enclosure specification, not permission to place equipment in flooding or an unreviewed environment. YINTU coordinates requirements with manufacturing partners, including the load board, protection, PV inputs and generator interface. Send interval consumption, pump/motor data, site voltage, PV layout and the preferred overnight reserve. Site works, commissioning and service are itemised in the quotation.
Source-Supported Selection Data
| Power / rated energy | 60 kW / 120 kWh |
| Source model | B120-60H3-75M2-HX1 |
| Maximum PV input | 75 kW, 2 MPPTs |
| PV operating / maximum voltage | 200-800 V / 850 V |
| Maximum PV input current | 60 A + 60 A |
| AC interface | 400 / 230 V, three phase, 50 / 60 Hz |
| Maximum AC current | 90 A |
| Generator port | Yes; integration and operation to be confirmed |
| Enclosure / battery cooling | IP54 / air conditioning |
| Dimensions / approximate mass | 740 x 1348 x 2280 mm, source order / 1320 kg |
Frequently Asked Questions
Will a 120 kWh cabinet run every estate load all night?
Runtime depends on actual demand, usable SOC, reserves, losses, climate and battery condition. Use a measured load timetable and check both energy and starting power.
Can it connect directly to solar?
The specified configuration has integrated PV inputs. The array and protection must be designed within the listed voltage and current limits.
Explore our Commercial & Industrial Energy Storage solutions and share the project load, connection conditions and required duty with YINTU for a configuration review.
Selection data are based on the supplied datasheet and verified product records. Application calculations are illustrative and do not establish guaranteed performance, savings or warranty terms. The cover is a generated product-view illustration based on the existing model image; final equipment follows the approved configuration.
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