Power Pedestals

Quality Marine, RV, and Food Truck Pedestals

View Gallery

Quality Marine Dockside and RV Power Pedestals

Power your Marina, RV Campground, or Food Truck Zone All Season Long

Commercial Buyers

Volume Pricing Available

Power Your Boat Dock or RV Site All Season Long

Commercial Buyers

Volume Pricing Available

Shop Our Quality Power Pedestal Products​

Shop Our Quality Power Pedestal Products​

Power Your Boat Dock or RV Park Without Hassle or Delay

• What are power pedestals?

  Power pedestals (also commonly referred to as utility pedestals) are standalone, weatherproof utility stations installed along boat docks, marinas, campgrounds, and RV parks. They act as the central hookup point that bridges land-based utilities to parked recreational vehicles or docked boats.

  Connecting to a power pedestal allows boaters and RVers to draw steady electricity from the land-based power grid to operate lights, appliances, refrigeration, and air conditioning, as well as charge their onboard batteries. This eliminates the need to continuously run noisy, fuel-consuming onboard generators.

• What do I need to know before I buy my first shore power pedestal?

  Before buying a shore power pedestal, evaluate your site environment, power demands, and installation constraints.

  • Marina pedestals require severe corrosion resistance – such as UV-stabilized resin or marine-grade stainless steel – and integrated water options, unlike standard RV units. 
  • Ensure you assess your dock’s electrical capacity and choose the right amperage mix (commonly 20A, 30A, 50A, or 100A+) to avoid turning away larger vessels or overloading your layout.
  • Safety is non-negotiable near water. Select UL-listed pedestals that comply with NEC and ABYC standards to prevent fire hazards, electric shock drowning (ESD), and insurance liabilities. Critical features include dual-layer ground fault protection (GFCI and GFEP), internal circuit breakers, durable weatherproof enclosures, and integrated photo-cell LED lighting for clear nighttime visibility.
  • Opt for future-proof features like smart metered billing (AMR) to effortlessly track power usage, and consider quick-disconnect pedestals if operating in hurricane-prone zones.

  Always consult a licensed marine electrician prior to purchase; they will verify your dock’s main electrical infrastructure, handle load balancing, and ensure all wiring meets local marine codes.

• What do I need to consider before buying a power pedestal for my RV?

  When selecting a power pedestal for your RV – whether you are setting up a private pad on your property or upgrading a campground – the right decision comes down to matching your vehicle’s electrical footprint, choosing the appropriate features for your layout, and prioritizing code-compliant safety.

  Matching your RV’s electrical requirements is the most critical first step. Standard setups offer 20-amp, 30-amp, or 50-amp options; smaller rigs with modest electrical loads typically run on 30-amp pedestals, whereas larger units powering multiple air conditioners and heavy appliances require a 50-amp connection. Your site layout should dictate the model: compact units like the Newport Camp Mate SS excel in tight spaces, all-in-one stations like the Powerslide combine power, water, and lighting for pull-through sites, and high-capacity units like the Utility Direct Connect handle heavy loads alongside sub-feed connections.

  Outdoor power pedestals face continuous weather exposure and high electrical loads, making UL-listed certification and code compliance essential. Choose units constructed from UV-stabilized materials or stainless steel to prevent rust, fading, and cracking. Essential safety features include integrated circuit breakers, surge suppression, dual-layer ground fault protection (GFCI for user safety and GFEP for wiring defense), and built-in photo-cell LED lighting for safe nighttime connections.

  If you manage a campground, RV park, or multi-unit rental property, upgrading to pedestals equipped with automatic meter reading (AMR) delivers significant long-term value. Smart remote metering eliminates manual utility checks, wirelessly transmits real-time consumption data, simplifies guest billing, and allows you to remotely activate or shut off power to individual sites without stepping foot on the property.

• Why are power pedestals a better choice over a generator?

  For most boaters and RV owners, drawing shore power is a far superior alternative to running an onboard generator. While generators are useful for off-grid or remote travel, utilizing dockside or campground pedestals delivers major advantages.

  Plugging into a dockside power pedestal eliminates the ongoing fuel costs, frequent oil changes, and mechanical maintenance required to run a marine generator. Unregulated generator output can fluctuate, but pedestals deliver a continuous, stable voltage that protects sensitive onboard electronics from damaging power surges and drops. Pedestals also remove the hassle of refueling, giving dock users immediate, uninterrupted access to the grid for long-term stays.

  Generators produce hazardous, odorless carbon monoxide (CO) gas that can pool around swim platforms and cabin spaces, creating a silent and severe risk for boaters. Modern shore power pedestals eliminate exhaust emissions entirely and feature built-in Ground Fault Circuit Interrupters (GFCIs) and Ground Fault Equipment Protection (GFEP). These internal systems instantly shut off power if a current leak is detected, preventing electrical fires and protecting swimmers and boaters from electric shock drowning (ESD).

  Operating a generator generates persistent engine noise, deck vibration, and smelly exhaust fumes that degrade the outdoor experience for nearby slips. Shore power pedestals run completely silently with zero local emissions, keeping water quality high and marina air clean. Because of these environmental and noise benefits, most commercial marinas prohibit continuous generator use, making power pedestals the industry standard for quiet, compliant dockside living.

• Why is it important to perform regular maintenance and inspections on power pedestals?

  Regular inspections eliminate the primary causes of system failures by clearing salt buildup, tightening loose wiring, and detecting cracked insulation before an outage occurs. Power pedestals in waterfront environments face continuous exposure to salt air and moisture, which accelerates wear and accounts for over 30% of all shore power failures. Maintaining clean connections and stable voltage protects sensitive onboard electronics – like HVAC units, navigation systems, and battery chargers – from damaging power sags, surges, and sudden short circuits.

• What do I need to know to perform maintenance on my power pedestals?

  Maintaining your power pedestals on a regular schedule is the key to ensuring safe, reliable shore power. Industry data highlights that more than 30% of all shore power failures are caused by insufficient maintenance. Establishing a proactive upkeep schedule helps detect minor electrical faults early, shields connected boats and RVs from sudden surges, and significantly lowers long-term repair and replacement costs. With proper care, a high-quality pedestal can last anywhere from 10 to 15 years, or even up to 15 to 20 years in a marine setting.

  How often should I inspect my dock power pedestals, and what should be checked? Perform a thorough visual inspection at least once per season or on a structured annual schedule. Examine all receptacles, faceplates, and internal wiring for physical cracking, loose connections, or severe saltwater corrosion, and clean all salt buildup off components to avoid overheating. Test built-in circuit breakers, GFCI, and GFEP protection regularly to verify that they trip instantly during a current imbalance, and check that photocell-activated LED lighting is fully operational for safe nighttime visibility.

  How do I properly clean and maintain shore power cords? Always disconnect the power cord from both the pedestal and the vessel before performing any cleaning or inspection. Inspect the full length for frayed insulation, exposed conductors, or damaged terminal pins, replacing damaged cords entirely rather than attempting temporary repairs. Scrub the outer jacket using warm water, mild detergent, and a soft-bristle brush, apply a manufacturer-approved corrosion inhibitor spray to the metal plug terminals, and coil the cord neatly without sharp kinks to prevent internal copper wire fractures.

  What electrical codes and safety practices apply to pedestal repairs? All pedestal maintenance, wiring repairs, and component replacements must strictly comply with National Electrical Code (NEC Article 555) guidelines and ABYC standards to maintain UL-listed certification and prevent Electric Shock Drowning (ESD). Always use authentic OEM replacement parts, such as factory-certified breakers and receptacles, rather than generic hardware store substitutes.

• What is the difference between an RV power pedestal and a marina power pedestal?

  While both RV and marina power pedestals serve the same core purpose of delivering safe, reliable electricity in outdoor environments, they are engineered to meet very different physical, electrical, and environmental demands.

  RV power pedestals are tailored to land vehicles, typically offering 20A, 30A, and 50A outlet configurations alongside basic utility metering. Marina pedestals must power much larger electrical loads – often supplying 100A to 500A three-phase connections for yachts – while serving as all-in-one dockside utility hubs that integrate electricity, fresh water hookups, TV cable, and internet access into a single cabinet.

  Because docks face relentless salt air, UV exposure, and rising water, marina pedestals are built from heavy-duty marine-grade stainless steel or UV-stabilized resins to prevent rapid corrosion. Marina units must also feature specialized Ground Fault Equipment Protection (GFEP) alongside GFCIs to prevent current leaks into the surrounding water, eliminating the lethal risk of Electric Shock Drowning (ESD) around boats and dock slips.

  Unlike permanently anchored land-based RV pedestals, coastal marina units often incorporate Quick Disconnect Cam-Lock bases. This specialized hardware allows dock master staff to rapidly unhook and remove entire electrical pedestals from the dock line without tools prior to a hurricane or major storm surge, protecting high-value assets from flood damage.

• Can shore power pedestals charge RV batteries?

  Yes, absolutely! Connecting to a shore power pedestal is one of the most reliable and convenient ways to charge your RV’s battery.

  To keep your systems healthy, always make sure to match your RV’s electrical system to the pedestal’s rating. If you have to use adapters – such as plugging a 50-amp rig into a 30-amp pedestal – remember to monitor and balance your appliance usage to avoid overloading the circuit and tripping the pedestal’s breakers.

• What kind of benefits does shore power offer boat docks and marinas?

  Providing shore power through dockside pedestals offers major operational, financial, and safety benefits for marinas and boat docks:

  Generating new revenue and increasing slip value: Installing shore power pedestals transforms dock electricity from an overhead expense into a profitable amenity. Modern pedestals equipped with digital or smart metered billing allow operators to charge boaters accurately per kilowatt-hour, recovering utility costs and generating consistent revenue. Upgrading dock infrastructure to deliver reliable power boosts slip rental values, increases occupancy rates, and attracts high-value liveaboard or long-term boaters who rely on uninterrupted power for HVAC, galley appliances, and marine electronics.

  Safety and risk mitigation benefits: Shore power eliminates the severe fire and health hazards associated with running fuel-powered generators continuously at the dock. UL-listed marina pedestals feature integrated Ground Fault Equipment Protection (GFEP) and GFCIs that instantly cut power upon detecting current leaks, preventing electrical fires and eliminating the risk of Electric Shock Drowning (ESD). Additionally, built-in photocell LED lighting improves walkway visibility to prevent trips or late-night hookup errors, helping marinas satisfy strict NEC Article 555 and NFPA 303 safety codes while reducing insurance liability.

  Improving the dock environment and supporting future growth: Connecting vessels directly to the electrical grid creates a quieter, cleaner marina environment by eliminating continuous engine noise, diesel exhaust fumes, and the risk of fuel spills near slips. A quiet and eco-friendly waterfront enhances guest satisfaction and boosts the property’s reputation. Looking ahead, a robust shore power infrastructure ensures docks can handle the heavy electrical loads of modern yachts and provides the high-capacity charging infrastructure needed to support the growing market of electric and hybrid vessels.

• What should I consider before upgrading my marina’s shore power system?

  Upgrading your marina’s shore power system requires looking beyond immediate hardware replacements to build a safe, code-compliant, and scalable infrastructure. 

  Before purchasing hardware, hire a licensed marine electrician to conduct a full site assessment of your existing transformers, panels, and feeder wiring to prevent dangerous voltage drops and overloads. Today’s vessels feature high-draw amenities like multi-zone HVAC and heavy battery banks, making single-rating docks obsolete. Plan for a flexible mix of 30A, 50A, and 100A+ services across your slips, and install spare conduit capacity during construction so you can easily scale up electrical loads for future electric or hybrid vessels without tearing up your docks.

  Marine electrical systems must strictly comply with NEC Article 555, NFPA 303, and ABYC standards using UL-listed, weather-sealed components. Pedestals require heavy-duty marine-grade stainless steel or UV-stabilized resin enclosures to resist rapid salt-air corrosion. For waterfront safety, every pedestal must integrate dual-layer ground fault protection (GFCI and GFEP) and proper breaker sizing to instantly shut down current leaks, preventing electrical fires and eliminating the risk of Electric Shock Drowning (ESD).

• Why should I consider remote metering for my marina’s shore power system? What are the benefits of remote metering?

  Upgrading to remote metering – also known as automatic meter reading (AMR) – replaces labor-intensive manual dock walks with wireless data transmission via radio frequency, cellular, or Wi-Fi networks. The system automatically captures real-time electrical and water consumption for every individual slip, completely eliminating human recording errors and billing guesswork. 

  This automated tracking allows marina operators to generate transparent, itemized guest invoices based strictly on exact usage, transforming electricity from an unrecovered overhead expense into an accurate, self-sustaining revenue stream.

  Remote metering platforms deliver 24/7 continuous visibility across your entire waterfront, constantly tracking consumption trends and peak demand to help staff optimize power load distribution across dock lines. Advanced smart systems automatically flag unusual spikes, sending instant alerts for hidden water leaks, power surges, or ground faults so staff can intervene before major damage occurs. Furthermore, compatible smart pedestals grant managers direct remote control, allowing them to instantly activate or deactivate power and water connections right from an office computer or tablet as boaters check in and out.