Applications / Engineering guide
Wind Power for Ports & Logistics Facilities: Landside Assessment
A port or logistics site needs a defined landside electricity scope before wind equipment is considered. Separate terminal buildings, storage and yard services from vessel or specialist handling interfaces, then assess the actual load, working area and supply arrangement.
Define the terminal loads and the operational space.
A waterfront location does not establish a wind resource, an approved installation or a vessel-power interface. The terminal owner and integrator must identify the service and layout to be reviewed.
01 / Terminal boundary
Name the landside services included in the project.
Record terminal buildings, warehouses, yard lighting, relevant cold storage and other identified electrical services.
Record terminal buildings, warehouses, yard lighting, relevant cold storage and other identified electrical services. Assign equipment and meter identities and distinguish port authority, terminal operator and tenant responsibilities. State which loads are excluded from the wind-equipment enquiry.
Vessel shore power is a separate designed service with its own infrastructure and interfaces, as illustrated by EPA’s shore-power assessment. This guide does not offer vessel, offshore-platform or universal shore-power supply. A port address should not obscure which electrical system the proposed turbine serves.
02 / Working schedule
Retain cargo activity and electrical demand together.
Provide load records covering the actual shifts, operating periods and cargo activity relevant to the proposed scope.
Provide load records covering the actual shifts, operating periods and cargo activity relevant to the proposed scope. Identify arrival or handling events and the equipment involved, using the operator’s records. Distinguish observed activity from expected future terminal expansion.
Include warehouse services and low-activity periods as well as busy shifts. A daily peak should retain its date, interval and boundary. For refrigerated storage within the scope, use the cold-storage assessment rather than assume a constant room load.
03 / Equipment interfaces
Review charging and handling loads separately.
If electrically powered handling or vehicle charging is included, obtain exact device identities and input requirements.
If electrically powered handling or vehicle charging is included, obtain exact device identities and input requirements. Record the proposed charging windows or process duty and simultaneous-operation assumptions. Motor events and power returned by equipment, if relevant, need the actual supplier’s documentation.
Do not assume a turbine converter accepts a particular crane, charger or regenerative interface. The terminal electrical designer must allocate the devices and functions in the proposed arrangement. Rated turbine capacity alone neither identifies the terminal demand nor approves a direct equipment connection.
04 / Operational layout
Protect the review space from changing yard assumptions.
Map candidate turbine positions against traffic routes, lifting or handling areas, storage-stack arrangements and service access.
Map candidate turbine positions against traffic routes, lifting or handling areas, storage-stack arrangements and service access. Identify the relevant working envelope through the terminal owner and responsible designers. No generic clearance supplied here replaces their layout assessment.
Cargo or equipment positions may change during operation, so retain the dated arrangement and the conditions under which it is valid. Ground availability on a quiet-day photograph is not proof of long-term installation space. Review affected drawings when operating areas or the proposed tower position change.
05 / Environment & duties
Assess exposure and continuity for the actual components.
Document salt, moisture, temperature and other relevant conditions at the turbine and cabinet locations.
Document salt, moisture, temperature and other relevant conditions at the turbine and cabinet locations. Coastal protection needs a component-level review through the environment guide. An inland logistics facility may have different exposure, so a port label is not a corrosion specification.
Have the terminal operator define required continuity and remaining supply duties. Identify grid, backup or third-party storage roles using actual equipment. Keep environmental suitability, electrical integration and useful energy separate; satisfying one question does not resolve the other two.
06 / Scope decision
Compare candidates against the same terminal service.
Compare wind, solar and existing supply using the same landside boundary, shift records, acceptance limits and working-area constraints.
Compare wind, solar and existing supply using the same landside boundary, shift records, acceptance limits and working-area constraints. Include local installation, approvals, access and any shared distribution changes in the scope. No coastal wind advantage follows automatically from the site name.
Send MARSTON the operator and meter records, equipment duty, candidate layout, exposure information and connection requirements. Request a wind-equipment review with open interfaces identified. This page asserts no port client case, cargo-handling approval, offshore capability, direct charging or emissions result.
Continue the review with Wind Power for Cold Storage: Refrigeration Load Assessment.
Continue the review with Wind Power Converter Supply: Define the Purchase Boundary.
Continue the review with Wind Turbine Factory & Site Acceptance: Evidence Planning.
General background: EPA: shore-power infrastructure as a distinct port service. These references explain industry concepts; they are separate from the applicable MARSTON product and project documents.
Prepare the information for this review.
Use the checklist to organise the project information. Mark unavailable items and retain document references.
| Review item | Information to provide | Purpose |
|---|---|---|
| Landside boundary | Operators, meters, included services and excluded vessel interfaces | Define the project scope. |
| Operating record | Shifts, cargo activity, loads and planned expansion | Retain demand context. |
| Special equipment | Handling or charging identities and actual input requirements | Review distinct interfaces. |
| Working-area layout | Traffic, handling envelopes, stack assumptions and access | Assess installation space. |
| Environment and supply | Component exposure, continuity and responsible parties | Prepare the integrated review. |
Engineering questions.
Does this page describe vessel shore power?
It assesses identified landside loads. Vessel connections and shore-power infrastructure require a separate design and evidence scope.
Does a waterfront location guarantee useful wind?
No. Assess the actual resource at the candidate position and compare it with the load and alternatives.
Can cargo-handling equipment connect directly to the turbine?
No direct interface is assumed. Review its input, controls and the proposed electrical arrangement.
Is empty yard space enough for a tower?
Review the operating layout, future stacks, traffic, work envelopes and installation responsibilities.
Are MARSTON turbines approved for every coastal terminal?
No general environmental or terminal approval is stated. Obtain component and project-specific evidence.
What should a terminal enquiry contain?
Send landside boundaries, shifts and load records, equipment interfaces, candidate working-area layout, exposure and supply duties.
Technical enquiry
Bring your project information to the discussion.
A port or logistics site needs a defined landside electricity scope before wind equipment is considered. Share the available information and the equipment scope you want reviewed in a technical quotation.