Delivery scenarios for the PCS boosting system of 10–35kV photovoltaic step-up stations and wind farms: inverter matching, harmonic and temperature rise control, rapid installation for island logistics, covering Southeast Asia, the Middle East, and Africa; specific project materials are being continuously added.
This page presents scenarios for the delivery of new energy systems including photovoltaics, wind power, and energy storage: batch deployment of ZGS American transformers at 10–35kV boost stations for photovoltaic power plants, 40.5kV combined transformers for wind farm collection lines, separate transportation and on-site quick installation of box transformers for island microgrids using photovoltaics, as well as low temperature rise configurations for the PCS boost of energy storage power plants. Typical configurations for 10 MW photovoltaic power plants and 35kV collection nodes are also available for reference.
There are three common technical steps: impedance matching and harmonic calculation based on the inverter load curve, re-checking the temperature rise margin with daily and nightly load variations, and adding dust-proof, anti-corrosion, and anti-condensation configurations according to the local climate. The acceptance process for new energy projects closely follows the grid connection stage; equipment production scheduling and document chains must be completed within the civil construction cycle—this is the real challenge of scenario-based delivery.
Common destinations include PV EPC projects in Vietnam and Indonesia, new energy grid connection projects in Saudi Arabia and the UAE, expansion of South African power transmission systems, and island microgrids in Southeast Asia. The grid regulations, energy efficiency documents, and label language requirements for different markets have all been standardized into standard response templates.
As a scenario collection page, this page describes delivery types and technical steps according to industry public standards. Detailed project diagrams, parameters, and owner acceptance records for specific projects are continuously added as the project progresses. Signing customers can request the corresponding project files via NDA.
If you need a comparison of solutions for similar sites, contact sales@fgtransformer.com with the site coordinates and access voltage level.
The practical value for customers lies in "comparison": after obtaining a boost scenario, you can first find similar nodes (photovoltaic boost, wind farm collection, energy storage PCS) in this scenario collection, compare their voltage levels, protection configurations, and environmental coping measures, and then determine the technical route for your own project, avoiding trial-and-error from scratch.
The engineering team can provide equivalent selection packages for each comparison scenario: impedance matching tables, temperature rise calculation templates, and sample deviation reports. Send the access voltage, capacity, and climate conditions of the site to sales@fgtransformer.com to obtain a preliminary list corresponding to each scenario on this page.
Packaging and transportation follow export practices: the main body is wrapped for shock resistance, accessories are shipped in wooden boxes, and a packing list and lifting instructions are provided with the goods. Whole containers can be delivered in batches according to project schedule, and the shipping time is provided during the quotation stage to avoid waiting for goods on site.
Default commitments for after-sales service: remote technical support within the warranty period, easy-to-replace spare parts packages included, and engineers can be arranged for on-site installation guidance at major stages. For distributors and EPC partners, installation training videos and bilingual manuals are provided to resolve on-site issues before operation begins.
Why choose this configuration? Lessons from rework in similar projects focus on three areas: lack of recalculation of frequency and grid parameters, relying on experience for anti-corrosion level, and waiting until documents arrive at the port to complete the process. The technical steps of this product ensure these three aspects are addressed in writing, allowing item-by-item verification during the quotation stage.
Contact our team to discuss your project requirements.