Hybrid Microgrid for Oilfield Pumping in Northern Xinjiang

YOTAI PARTNER REFERENCE | YINTU MICROGRID SOLUTIONS

YOTAI's northern Xinjiang reference addresses electricity supply for oilfield pumping units using a hybrid microgrid. It describes coordinated renewable generation, battery storage and diesel generation, with reduced fuel use and operating-maintenance costs reported by the supplier.

Northern Xinjiang, China Oilfield pumping-unit power supply energy storage project from YOTAI case material — Project photo supplied in YOTAI case material. Northern Xinjiang, China.

Location	Northern Xinjiang, China
Application	Oilfield pumping-unit power supply
Documented deployment	One Ener Hexon Smart150P Wind & PV & DG & ESS all-in-one cabinet, as identified in the supplier reference.

The Challenge: Reliable Power at a Remote Pumping Site

Remote pumping applications need an operating plan that accounts for recurring demand, equipment starting behaviour and the practical cost of maintaining generator-led supply. Fuel delivery and maintenance visits can become significant parts of the overall energy-service workload.

The project photograph shows a PV installation and an energy cabinet at the oilfield site. The source names a multi-energy cabinet architecture, but it does not disclose a wind-turbine installation, the pumping-unit rating or a complete equipment schedule.

A Multi-Energy Supply Approach

The Smart150P configuration is described as combining wind, PV, diesel generation and energy storage interfaces. The reported application uses intelligent power supply to coordinate available generation and load demand.

For a similar remote site, the operating strategy would use renewable energy when available, maintain an appropriate battery reserve and coordinate the generator for conditions requiring additional support. The exact renewable mix, generator duty and control thresholds must be defined from the project's load profile and equipment documentation.

Results Reported by YOTAI

Reported reduction in diesel consumption	85%
Reported power availability	99.5%
Reported annual O&M cost reduction	30%

These figures are reported in YOTAI's project summary. Measurement periods, operating conditions and baseline costs are not disclosed, so the percentages are not used as guaranteed performance for another oilfield installation.

Engineering Priorities for a Comparable Remote Site

Check the pump duty cycle and starting method alongside continuous demand. Battery inverter power, generator support and protection must accommodate the selected equipment rather than rely only on an annual energy estimate.

Plan around temperature, access, maintenance logistics and the required classification of the installation area. The source does not establish hazardous-area certification for the cabinet; equipment placement and suitability must follow the project's assessed site conditions.

Related C&I Storage Solution

50 kW / 150.5 kWh hybrid microgrid storage system

YINTU can assess the linked Solution150 system, which lists direct PV input, a dedicated diesel interface and optional wind input. Its current catalogue model and parameters should be reviewed for a new project; the source reference identifies Smart150P and does not establish identical delivered hardware.

How YINTU Supports a Comparable Project

YINTU is an energy storage solution provider working with capable manufacturing partners, including YOTAI. We support application assessment, equipment selection, technical coordination and supply planning for customer-specific projects.

This article presents a YOTAI supplier reference and does not claim that YINTU designed or installed the featured site. For a new proposal, send us pumping duty cycles, motor-starting data, generator records, renewable-resource information, environmental conditions and site requirements. The agreed proposal defines the equipment configuration and service responsibilities.

Project Questions

Was a wind turbine installed at the pictured site?

The supplied summary names a wind/PV/diesel/storage cabinet architecture, while the photo shows PV equipment. A wind-turbine installation is not confirmed by the supplied case information.

Can the same fuel reduction be expected at any pumping station?

No. Results depend on renewable resources, pump operation, generator efficiency, storage sizing and the existing operating baseline.

Source: YOTAI, Microgrid Products and Scenarios - English, supplied July 2025 presentation extract, printed page 39. Project configurations and reported outcomes come from this supplier summary. The application analysis and related-product recommendations are provided by YINTU; site-specific performance requires a separate assessment.