Custom PV & Battery Energy Storage System Engineering Design
One-stop Solution:
Mounting Structure Design | Module Layout | Lightning Protection | Inverter & ESS Sizing | Remote Installation Guidance
We design strictly based on your site photos, measured dimensions, roof structure and local climate conditions, deliver complete construction drawings, BOM list and lifelong remote technical support for global solar & storage projects.
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Solar Mounting Bracket Structure Design
According to roof type (metal sheet/concrete/terrace), load-bearing capacity, wind & snow load, shading obstacles and local weather, design fixed/adjustable tilt/ground solar support structure. Include stress calculation, anti-corrosion & salt spray treatment drawing for coastal & harsh environment.
PV Module Array Layout & Arrangement
Optimize panel layout by measured site area, sunlight angle, shadow from chimneys, walls and trees. Maximize power generation efficiency, standardize row spacing, string grouping, output detailed layout CAD drawings and exact panel quantity statistics.
Complete Lightning Protection & Earthing System Design
Full scope surge protection design, roof lightning strip, module frame equipotential bonding, inverter & cabinet grounding, grounding electrode layout, SPD selection, comply with IEC international lightning standards, eliminate thunderstroke risk for outdoor power stations.
Inverter & Energy Storage System Sizing + Remote Support
Hybrid/off-grid/grid-tie inverter model selection, LiFePO4 battery capacity calculation, PCS, BMS, energy storage container prefabricated cabin, LV/MV distribution cabinet & SVG reactive power compensation design. Plus global remote online installation guidance, commissioning tutorial and after-sales technical follow-up.
Step 1: Client Submit Site Information
Customer fill out our online request form, upload on-site photos, measured dimensions, roof structure drawings, local grid standard, target power capacity and special environment requirements (coastal, high temperature, desert etc.)
Step 2: Site Condition Professional Evaluation
Our electrical & structural engineers analyze roof load, shading situation, geological condition, wind speed, rainfall and local electrical code to confirm feasible technical route.
Step 3: Custom Solar Bracket Structural Design
Customize support type, installation angle, fixing method and anti-rust scheme, output bracket structure sketch and load calculation report.
Step 4: PV Module Optimized Layout Planning
Arrange solar panels scientifically, avoid sheltered area, calculate series-parallel combination, confirm total installed capacity, generate 2D layout construction drawing.
Step 5: Lightning Protection, Earthing & ESS Matching Design
Integrate whole station grounding & surge protection system, select matched hybrid inverter, battery energy storage system, distribution cabinet, cable specification and complete primary & secondary circuit schematic diagrams.
Step 6: Deliver Full Technical Documentation Package
Issue complete CAD construction drawings, detailed BOM quotation list, system simulation report, IEC/CE compliance instruction, installation specification and operation manual.
Step 7: Remote Online Installation & Commissioning Guidance
Provide video call remote technical instruction during on-site erection, equipment wiring, grid connection debugging, solve problems in real time to ensure smooth project acceptance.
GalleryHot Sale
Plastics Body Dimension
| MCB Box Type | Length | Width | Height | MCB number |
| HK-4 ways | 140 | 210 | 100 | 2-4 |
| HK-8 ways | 210 | 215 | 100 | 4-8 |
| HK-12 ways | 295 | 260 | 140 | 8-12 |
| HK-18 ways | 410 | 285 | 140 | 14-18 |
| HK-24 ways | 295 | 420 | 140 | 20-24 |
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