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Electrical equipment installed as part of a solar energy system
SENTOP customer application cases

Electrical Project Case Studies

Explore how electrical protection, distribution and control products are considered across commercial solar, buildings, EV charging, infrastructure and industrial power projects in different operating environments.

Explore Featured Cases
10 project referencesOrganized around application and selection context.
4 application groupsRenewable, commercial, infrastructure and industrial.
Project-first reviewRatings, installation and operating conditions before models.
Application case library

Filter projects by operating environment

Use these references to identify the information that should be reviewed for a similar project. Final selection must be based on the current project data.

7 cases shown
Circuit breakers arranged inside an infrastructure distribution panelIndia
Infrastructure distribution

Cost-Conscious Circuit Breaker Direction for Infrastructure

The case examines how essential distribution safety can be maintained while reviewing device function, project volume and commercial constraints together.

Review firstSystem voltage, fault level, load type, current, poles, breaking capacity, coordination, installation and applicable approvals.
Emergency isolation switches installed in an electrical systemPhilippines
Emergency isolation

Quick-Stop Switching for an Emergency Power-Outage Application

This Southeast Asian reference focuses on a clearly accessible manual action for isolating power when the operating procedure calls for an emergency stop.

Review firstIsolation scope, operating sequence, load, utilization duty, poles, enclosure, accessibility, labels and lockout procedure.
Electrical distribution cabinets used in an African power projectAfrica
Distribution cabinet upgrade

Structured Distribution Cabinet Upgrade Direction

The application centers on reorganizing cabinet components, protection and internal distribution to support a clearer installation and maintenance structure.

Review firstOne-line diagram, incomer and feeders, fault data, cabinet condition, busbar, cable entry, heat, component access and labeling.
Power distribution cabinet installed for a cement factoryIndustrial plant
Cement production

Power Distribution Equipment Upgrade for a Cement Factory

This industrial case focuses on distribution cabinets serving continuous production loads where operating duty, environment and maintenance access affect the equipment plan.

Review firstMotor and process loads, duty cycle, fault level, selectivity, dust, temperature, enclosure, spare capacity and maintenance isolation.
Energy storage equipment operating in a desert environmentUnited Arab Emirates
Energy storage

Electrical System Direction for High-Temperature Energy Storage

The project reference highlights the need to consider temperature, solar exposure, dust and enclosure conditions when planning storage-system electrical equipment.

Review firstDC and AC architecture, maximum temperature, derating, ventilation, ingress protection, isolation, protection, monitoring and maintenance.
Solar inverter equipment in a photovoltaic installationBrazil
Solar conversion

Solar Inverter Integration Review for a Latin American Project

This reference frames inverter selection as a system task involving the PV array, grid interface, protection, environmental conditions and operating data.

Review firstArray voltage and current, MPPT design, AC output, grid requirements, DC/AC protection, enclosure, temperature and communication.
DC combiner box installed in a Middle East solar projectIraq
Solar DC collection

DC Combiner Box Direction for a Large Solar Project

This Middle East application focuses on bringing multiple PV strings into a coordinated DC collection point with protection, isolation and field-ready enclosure planning.

Review firstString count, voltage, current, fuse and SPD plan, isolation, output conductor, monitoring, enclosure, heat, dust and cable glands.
From case reference to project review

Use a similar case as a starting point, not as the final specification

Two projects in the same industry can require different ratings, protection concepts, interfaces and approvals. SENTOP reviews the project data before recommending a product direction.

01 / CONTEXT

Define the electrical system

Start with the one-line diagram, AC or DC architecture, source, loads and operating sequence.

Useful evidenceDrawing, BOM, existing labels and installation photos.
02 / SELECTION

Match the product function

Identify what must connect, switch, protect, isolate, distribute, display or communicate.

Useful evidenceRatings, poles, wire range, dimensions and required functions.
03 / VERIFICATION

Check project constraints

Review fault data, environment, mounting, enclosure, access, approvals and documentation.

Useful evidenceStandards, temperature, IP level, destination and drawings.
04 / SUPPLY

Confirm the commercial scope

Finalize model codes, quantities, packaging, labels, samples and the delivery plan.

Useful evidenceQuantity, schedule, target market and OEM requirements.
Prepare a project brief

What should you send for a similar solution review?

You do not need a finished specification to start. Send the information already available and identify which decision still needs support.

System informationOne-line diagram, source and load description, AC/DC, voltage, current, frequency, poles and fault data if known.
Required functionConnection, protection, transfer, isolation, distribution, measurement, alarm, communication or replacement objective.
Installation constraintsPanel opening, rail or mounting, enclosure, available depth, cable entry, temperature, dust, moisture and service access.
Supply requirementsQuantity, destination, target schedule, approvals, packaging, label, OEM and sample expectations.
Customer case FAQ

Questions about using these project references

A case study shows an application direction. It does not replace engineering review for a new project.

Can SENTOP copy the same solution for my project?

A previous project can provide a useful starting point, but the exact product arrangement must be reviewed against your one-line diagram, ratings, fault data, operating sequence, environment, local requirements and installation conditions.

What information should I send when referencing a customer case?

Send the case name together with your application, voltage, current, frequency, poles, loads, mounting, enclosure, quantity, destination and any drawing, BOM, model label or installation photo available.

Can you review a control panel or distribution cabinet BOM?

Yes. Include the BOM and one-line diagram where possible. Identify which items require model matching, replacement, compatibility review, accessories, OEM labeling or quotation.

Can SENTOP support a replacement project?

Send clear front, side, terminal and nameplate photos of the existing device, together with dimensions, wiring, ratings, required functions and the reason for replacement. Visual similarity alone is not enough to confirm suitability.

Do customer cases confirm compliance for my country?

No. Market requirements, product approvals and installation rules must be checked for the current destination and application. State the required standards or approvals in the enquiry.

Can distributors or OEM buyers discuss a recurring project program?

Yes. Include the expected model range, order or annual quantity, target market, drawings, packaging, label, documentation, sample and delivery requirements for review.

Have a comparable electrical project?

Start with your system data, photos or BOM

Reference the closest case and tell SENTOP what is different in your project. The review can begin from an application description even when the final model is not yet known.

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