Engineering Design & Production Preparation

After the scheme is confirmed, the detailed engineering design phase commences. Relying on a digital design platform, JINGYE New Energy coordinates multi-professional teams to complete detailed structural design, ensuring that the design documents comply with ISO standards and the enterprise's large-scale production process requirements. In terms of production preparation, relying on the enterprise's sound supply chain system (strategic partners for core components cover world-renowned brands, and it has its own production bases for some key materials), the customized material procurement process is initiated, a special material accounting book is established, and the procurement progress is tracked in real time to ensure controllable material quality and supply cycles. The production planning department formulates a detailed production schedule in combination with the capacity layout of the enterprise's intelligent production workshops (equipped with multiple module production lines and system integration lines, with an annual capacity reaching the GWh level). It clarifies the time nodes and responsible persons for each link such as raw material warehousing, module assembly, and system integration, reserves sufficient testing and adjustment time, and simultaneously completes pre-work such as production equipment commissioning, tooling fixture preparation, and production personnel training to ensure the smooth start of production.

Key Engineering & Preparation Steps

System Design & Layout: Developing optimized layouts, selecting technology (e.g., Lithium-ion, flow batteries), and engineering power systems for optimal performance.

Thermal Management: Implementing crucial cooling and heating solutions (CFD modeling, HVAC selection) to maintain battery health and safety.

Permitting & Compliance: Preparing construction-ready documents (IFC) and securing permits to ensure compliance with local regulations and safety standards.

Grid Interconnection & Studies: Conducting power engineering studies to connect storage systems securely to the grid.

Cost & Performance Analysis: Assessing capital (CAPEX) and operational (OPEX) expenditures to ensure economic viability. 

Core Components of Preparation

Site Evaluation: Analyzing location constraints and requirements for installation.

Technology Selection: Evaluating storage types (compressed air, thermal, electrochemical) based on project needs, such as energy density and efficiency.

Safety & Optimization: Developing fire mitigation strategies and energy management systems (SCADA) to maximize performance and safety. 

Expert services range from early-stage advisory and technical due diligence to full-cycle engineering, procurement, and construction (EPC) support.