Shandong Shenghe Electric Power Engineering Design Co., Ltd. Leads Distributed Photovoltaic Development with Technological Innovation, Accelerating the Realization of "Dual Carbon" Goals

Against the backdrop of global climate change and energy transition, distributed photovoltaics (PV), as a key pathway to achieving clean and low-carbon energy consumption, are seeing their strategic importance increasingly highlighted. As a benchmark enterprise in the field of new energy power engineering design, Shandong Shenghe Electric Power Engineering Design Co., Ltd. is playing a crucial role in this transformation, leveraging its profound technological expertise and forward-looking project portfolio.

 1. The New Strategic Positioning of Distributed PV

Distributed PV power generation systems refer to small-scale PV power facilities located near users, where the generated electricity is consumed locally. Compared to traditional centralized power stations, they offer significant advantages such as short construction cycles, flexible investment, and proximity to load centers. China's "14th Five-Year Plan" for the modern energy system explicitly calls for actively promoting distributed PV power generation, making it an important component of the power system.

In recent years, China's distributed PV installed capacity has continued to grow rapidly. Data shows that by the end of 2023, the cumulative installed capacity of distributed PV had exceeded 250 million kilowatts, accounting for over 40% of the total PV installed capacity, making it a vital force in achieving China's "carbon peak and carbon neutrality" goals.

2. Policy Tailwinds: Strong Support from Shandong Province

As a major industrial base and energy-consuming province in China, Shandong Province is at the forefront of promoting distributed PV development. The provincial government's "Shandong Province Carbon Peak Implementation Plan" proposes that by 2030, the installed capacity of wind and PV power generation will reach over 125 million kilowatts. A series of specific policies have created a favorable environment for the development of distributed PV:

-   Grid Connection Priority: Ensuring priority grid access for distributed PV power generation projects.

-   Tariff Incentives: Clarifying feed-in tariffs and subsidy standards for distributed PV.

-   Streamlined Approval Processes: Optimizing project registration and grid connection procedures to shorten processing times.

-   Financial Support: Encouraging financial institutions to innovate green financial products and provide preferential loans for distributed PV projects.

These policy measures have powerfully driven the vigorous development of Shandong's distributed PV market, providing a broad stage for professional engineering companies like **Shandong Shenghe Electric Power Engineering Design Co., Ltd.**

3. The Core Competitiveness of Shandong Shenghe

Established in 2014, Shandong Shenghe Electric Power Engineering Design Co., Ltd. has always focused on deepening its expertise in the new energy sector. The company holds Grade B professional design qualifications in the power industry (new energy power generation, transmission engineering, substation engineering) and several construction general contracting qualifications. It is one of the few enterprises in Shandong Province with integrated "design-procurement-construction" service capabilities for PV power generation projects.

The company's core competitiveness is mainly reflected in three areas:

Profound Technical Expertise: The company possesses 15 software copyrights and 4 invention patents. Its self-developed PV system optimization design software can accurately calculate the optimal installation angles and system configurations for different application scenarios, improving power generation efficiency by over 10%.

Full Industry Chain Service Capabilities: The company provides one-stop solutions from project consulting, scheme design, and equipment selection to construction installation, grid connection commissioning, and operation and maintenance. This end-to-end service model significantly reduces client coordination costs and ensures project quality.

Extensive Project Experience: The company has successfully completed dozens of distributed PV projects, including the 15.95MW ground-based distributed PV project in Boshan, Zibo, and the 9.2094MWp distributed PV project in Qihe. These projects cover various application scenarios such as industrial plants, commercial complexes, public buildings, and agricultural facilities, with a cumulative installed capacity exceeding 200MW.

4. Case Study: Green Transformation of an Industrial Park

A traditional industrial park in Zibo City faced long-term challenges of high energy consumption and environmental pressure. Shandong Shenghe Electric Power Engineering Design Co., Ltd.tailored a "rooftop PV + smart microgrid" solution for it.

The project fully utilized the rooftop space of factory buildings within the park, installing a total of 12.3MW of PV power generation systems. These PV modules can generate up to 15 million kilowatt-hours of electricity annually, equivalent to 35% of the park's annual electricity consumption. Simultaneously, the company designed a smart microgrid system that optimized the coordination among PV power generation, energy storage systems, and the traditional power grid, significantly improving energy utilization efficiency.

This project not only saves the park over 8 million yuan in electricity costs annually but also reduces carbon dioxide emissions by approximately 12,000 tons, delivering significant economic and environmental benefits. More importantly, it demonstrates a viable path for traditional industries to achieve green transformation through energy structure adjustment.

5. Addressing Challenges: Technological Innovation and Model Breakthroughs

The development of distributed PV still faces challenges such as limited grid connection capacity, insufficient energy storage configuration, and imperfect market-based trading mechanisms. Shandong Shenghe Electric Power Engineering Design Co., Ltd. is actively addressing these challenges through technological innovation and model exploration:

At the technical level, the company is promoting Building-Integrated Photovoltaics (BIPV) technology, making PV modules an integral part of buildings, which addresses installation space issues while enhancing architectural aesthetics. Furthermore, the company is actively developing "PV + energy storage" systems, configuring appropriately sized storage devices to smooth the volatility of PV power generation and improve grid-friendliness.

Regarding business models, the company is exploring innovative approaches such as Energy Performance Contracting (EPC) and market-based trading for distributed generation. This enables more users to benefit from clean energy with lower barriers to entry. Particularly for small and medium-sized industrial and commercial users, the company has launched a PV leasing scheme featuring "zero down payment and shared benefits," significantly reducing users' initial investment pressure.

6. Future Outlook: Distributed PV in the Era of the Energy Internet

As energy internet technology matures and power market reform deepens, distributed PV will no longer be merely a power producer but will become an "active cell" within the energy internet, participating in auxiliary services of the power system such as peak shaving, frequency regulation, and demand response.

Shandong Shenghe Electric Power Engineering Design Co., Ltd. is actively positioning itself for this trend, researching distributed energy trading platforms based on blockchain technology and exploring Virtual Power Plant (VPP) development, preparing for the decentralized and intelligent transformation of future energy systems. The company plans to expand its distributed PV business to provinces surrounding Shandong within the next three years and gradually extend its reach to the national market.

"Energy transition is not only a technological innovation but also a transformation of mindset," stated the General Manager of Shandong Shenghe Electric Power Engineering Design Co., Ltd. "We will continue to be guided by client needs, driven by technological innovation, and contribute our professional strength to China's green and low-carbon development."