In every energy project, the quality of execution depends entirely on the quality of the design. Engineering is a fundamental process that determines the efficiency, safety, longevity, and profitability of any energy system. Whether it concerns BESS systems, solar power plants, electrical installations, or complex industrial solutions, the engineering phase is critical.
Inter Power offers a comprehensive engineering service covering all stages – from analysis and concept to 3D models, technical drawings, and authorial supervision.
I. Pre-investment Analysis – The Foundation of Correct Decisions
This is the first and most important phase, determining whether a project is realistic, economically justified, and technically feasible. Inter Power conducts:
- Technical Analysis: Condition of existing infrastructure, connection possibilities, energy load, safety requirements, and potential loss points.
- Energy Analysis: Consumption profiles, peak loads, peak consumption hours, optimization opportunities, and assessment for BESS/EMS/RES integration.
- Economic Analysis: Investment calculation, expected savings, long-term costs, Return on Investment (ROI), and Total Cost of Ownership (TCO).
II. Technical Design (Phased Engineering)
Inter Power works through all standard design phases:
- Phase 1: Conceptual Design: Defining the general concept (power, system type, layout, preliminary drawings, infrastructure requirements).
- Phase 2: Technical Project: Creation of electrical diagrams, structural solutions, equipment placement, wiring plans, component specifications, load tables, and energy models.
- Phase 3: Detailed Design (Construction Project): Preparation of the final installation package (detailed drawings, installation guides, safety plans, connection diagrams, material lists, and execution instructions).
III. Engineering Design and Equipment Selection
The Inter Power team determines optimal power, appropriate battery modules, high-capacity inverters, EMS systems, protection devices, and electrical panels. Each component is selected based on:
- Site specifics and climatic conditions.
- Current and future load requirements.
- Budget and expected system lifespan.
- Control and monitoring standards.
IV. 3D Modeling, Simulations, and Analysis
For large-scale projects, we utilize software tools such as AutoCAD, Revit, PVsyst, Helioscope, and Matlab Simulink (for BESS modeling). We perform:
- Thermal analyses.
- Energy flow simulations.
- Efficiency and loss calculations.
- Safety zone assessments.
V. Authorial Supervision
Inter Power engineers ensure:
- Compliance between installation and design.
- Correct execution of cabling and pathways.
- Proper system configuration and equipment installation according to specifications.
- Adherence to European safety and quality standards.
VI. Why is professional engineering so important?
Professional design is essential because it:
- Reduces the risk of failures and accidents.
- Increases overall energy efficiency.
- Extends the lifespan of systems.
- Lowers operational and maintenance costs.
- Ensures safety and budget optimization.
- Facilitates faster, more efficient installation.
