Jianghan Oilfield Pingbei Manager Department photovoltaic power generation project completed and put into operation

On November 30, Sinopec Jianghan Oilfield Pingbei Manager Photovoltaic Power Generation Project was completed and put into operation for grid-connected power generation, taking a solid step
for the Ministry to achieve low-carbon green development, energy conservation and consumption reduction goals.
Up to now, it has generated a total of 100,000 kilowatt-hours, and it is expected that the average annual power generation will be 2.
09 million kilowatt-hours, reducing carbon dioxide emissions by 1,495 tons, and saving 300,000 yuan
in electricity costs per year.

Pingbei Manager Department is located in the hinterland of the Northern Shaanxi Plateau, with less rain, more sunny days and long sunshine hours, which is very suitable for the development of photovoltaic power generation
.
Over the years, the Pingbei manager department has attached great importance to the utilization of new energy such as photovoltaic power generation, and installed and used solar photovoltaic lighting in well sites, oil production platforms, oil area roads and other places to save energy and carbon reduction while saving electricity procurement costs
.
The ministry listed photovoltaic power generation projects as plant-level key science and technology projects this year, and set up a distributed photovoltaic power generation project team to use Pingbei solar energy resources and idle land to establish photovoltaic power generation cooperation projects with Xinxing Company, signed a formal contract in April, and began to implement
it in June.

Through the comprehensive comparison of technology and economy, photovoltaic power generation adopts block power generation and decentralized grid-connected scheme, 2967 monocrystalline silicon cell modules are selected for battery modules, 17 inverters, and the photovoltaic array is installed
by fixed bracket.
Combined with the actual production of Pingbei, 6 oil production platforms such as P199-1 and P199-5, as well as the roofs of 7 office and living areas such as base office buildings and oil production area 2, were selected to build distributed photovoltaic power stations
.
A total of 9 centralized grid-connected points were set up, with an installed capacity of 1.
617 MW
.

The department strengthens project construction safety management, conducts entry safety education for the contractor's construction team in advance, strengthens the safety construction awareness of all employees, clarifies safe construction requirements, and implements safety prevention and control measures
.
In view of the characteristics of the construction of many special operations of the project, the department did a good job in supervising the whole construction process, dispatched personnel and personnel of Xinxing Company to implement joint on-site supervision, strictly followed the safety management regulations of Sinopec, implemented the pre-shift safety meeting system, checked safety protection measures, strictly controlled construction safety risks, ensured the construction operation specifications, and the whole project was carried
out safely and orderly.

The department actively overcame difficulties such as difficult working environment, repeated new crown epidemic and remote construction project sites, strengthened communication and coordination with Xinxing Company, often organized project managers and construction parties to hold on-site construction coordination meetings, carried out on-site surveys for many times, optimized plans based on the actual situation of the site, and integrated resources
.
At the same time, it actively coordinates with the relevant grassroots in Pingbei to ensure that the construction team enters the construction site smoothly, so that the overall construction progress of the project is kept within the plan, and all construction projects are completed
with quality and quantity.
On November 30, 13 photovoltaic power generation distribution points were successfully put into operation
.