The advancement of oil field digitalization and informatization has enabled efficient centralized management of the oil production process. Additionally, the introduction of monitoring platforms, such as remote video monitoring of oil fields and automatic monitoring of gathering and transportation stations, has provided a more comprehensive understanding of facility operations and increased response time in the event of emergencies.

In order to address the challenge of long oil and gas pipelines with multiple stations and a wide distribution, an effective monitoring equipment system is needed that is suitable for locations without mains electricity, or with an unreliable mains supply. Moreover, this system must be robust and easy to deploy, as manual inspection and repairs are likely to be difficult or impractical. Thus, a reliable, easy-to-install power supply system is integral to the overall monitoring setup.

The old-fashioned way of accessing power entails costly operations from the mains electricity or diesel generator, but comes with a hefty cost for the annual fuel expenditure, as well as the large amount of maintenance it requires.

Our solar power generation system is a cost-effective option that provides low initial costs and small maintenance costs. By utilizing our cutting-edge solar power supply and application services, the end-to-end video surveillance solution is able to easily overcome the power supply issue of video surveillance and make network deployment and maintenance more convenient. In this way, the video surveillance solution is able to effectively handle the issues and difficulties brought about by oilfield information video surveillance systems.

• By integrating solar technology with energy storage solutions and charging piles, gas stations are creating a micro-grid system that allows them to utilize photovoltaic energy for self-consumption and store any excess energy.
• The flammable and explosive nature of petroleum poses numerous security risks throughout its supply chain, making effective monitoring of the production and transportation process a necessity. Stand-alone photovoltaic system readily fulfills this requirement and can maintain optimum surveillance, regardless of the environmental conditions.
• For oil field information construction within remote areas, solar panels of high efficiency can be teamed up with small wind turbines to generate the required power supply depending on the local conditions.
• Power installation is not affected by location and no need for excavation of the road surface for wiring or pipe construction. This makes the construction and installation convenient and swift.
• The use of solar power in cold, elevated regions has helped to alleviate one of the key issues arising from the need of oil field exploitation—power generation. With the installation of solar power supply systems, the problem of the low utilization rate of the equipment due to uneven power distribution can be efficiently addressed.

System’s Main Components

This system is made up of a front-end monitoring system featuring an intelligent camera and acquisition system, along with a wireless bridge to facilitate transmission to an indoor control platform system in the emergency office. Additionally, power is provided by a wind-solar complementary or solar power supply system.

The solar module offers a reliable and secure power source for systems. This solution boasts five qualities that make it stand out: cost efficiency, safety and reliability, high resistance to extreme conditions, quick setup, and extensive use with flexibility.

• Cost efficiency
  With Our leading technology, you can save costs by prolonging the service life of your batteries. The advanced controlled charging mode adjusts the current output of the solar module base on the battery state and recharging power demand. This improves charge acceptance, maintaining a high average battery capacity while automatically adjusting charging currents to reduce the possibility of battery heating and gas leaking, compared to switching charging mode. Currents are now more stable, and there has been a significant improvement in battery capacity maintenance and capacity recovery ability.
• Safety and reliability
  Our newly-developed anti-theft system is highly reliable and secure. Through advanced anti-theft technology, an alarm signal is sent to the back-end platform of a nearby branch company if the system is illegally accessed. This alarm system also includes a waterproof battery box and an integrated distribution box, and all relevant interfaces are connected to cameras. Furthermore, alarm information, solar energy/storage battery status information are all transmitted to the centralized platform through the camera's 4G network.
• High resistance to extreme conditions
  The solar power supply system helps protect your solar power supply station from both lightning strikes and harsh environment. Our advanced lightning protection module design allows us to provide comprehensive lightning protection with 10 levels of wind pressure resistance. Our solar control module meets an IP55 protection level and has passed high-temperature testing, aging tests, and corrosion tests to guarantee its durability and reliability in extreme conditions. No matter the environment, you can trust your solar power supply system and ensure it continues to generate clean, efficient energy for years to come.
• Quick setup
  Our power supply systems boast an integrated design for fast deployment: small size, light weight, and easy delivery. The plug-and-play design concept reduces overall installation time to just 2.5 hours for two people to complete. The system can be installed in two ways: directly onto a foundation, monopole tower, and mounting structure; or onto a foundation, monopole tower, and brace. 
• Extensive use with flexibility
  Flexible application is built into this product, enabling it to be used in multiple settings. The 12V/24V voltage adjustment design adapts to different load voltage requirements and provides the ability to expand, seamlessly improving the energy output needed to meet changing load demands. Installation becomes simpler as there is no need to measure each station individually, ensuring that different stations are located conveniently.

Ordos Sulige Gas Field Monitoring Project
Sichuan Ziyang Anyue Gas Field Monitoring Project
Monitoring Project of No.10 Oil Production Plant of Changqing Oilfield
Xinjiang Oilfield Pipeline Monitoring System
Heating System of Single Gas Pipeline in Shengli Oilfield, Shandong Province