Power Supply Options

Types of Power Supplies for Electric Gates

Types of Power Supplies for Electric Gates


When considering the installation of electric gates, one of the critical components to evaluate is the power supply. The type of power supply chosen not only affects the functionality and efficiency of the gate but also impacts installation costs, maintenance, and ease of use. Here, we explore the various types of power supplies available for electric gates, each offering distinct advantages and considerations.




  1. Mains Electricity: The most common power supply for electric gates is direct mains electricity. This option provides a reliable and constant power source, ensuring that the gates function smoothly at all times. Typically, gates powered by mains electricity require a professional installation that might involve laying cables underground to connect to the main power grid. While installation can be more labor-intensive and costly compared to other options, the long-term reliability of mains electricity makes it a favored choice for many homeowners and businesses.




  2. Solar Power: As a green alternative, solar-powered electric gates are gaining popularity, especially in areas with ample sunlight. These systems come with solar panels that convert sunlight into electrical energy, stored in batteries to operate the gate. The primary advantage of solar power is its sustainability and minimal operational costs. It's particularly beneficial in remote areas where access to the main power grid is limited or non-existent. However, the initial setup costs can be high, and performance might be affected by weather conditions, requiring a backup power source in areas with less predictable sunlight.




  3. Battery Operated: Battery-powered gates are another viable option, especially where minimal gate operation is needed, or where installing mains power is impractical. These systems rely on batteries that can be charged via mains power or solar panels. While the installation is generally easier and less disruptive, the batteries will need regular checks and replacement over time, which could increase maintenance efforts.




  4. Hybrid Systems: Combining mains power with battery backups or solar panels with mains electricity, hybrid systems offer an efficient and reliable power solution. These systems can harness solar power during sunny days and switch to mains electricity during poor weather conditions or at night. This flexibility ensures the gates functionality is not hindered by external factors and provides a fail-safe mechanism in case one power source fails.




Each power supply option for electric gates has its unique set of advantages and limitations. The choice largely depends on the specific needs of the property, the local climate, and budget considerations. Mains electricity remains the most stable source, while solar power offers an eco-friendly solution. Battery systems provide ease of installation with some maintenance considerations, and hybrid systems offer a comprehensive approach, balancing reliability with sustainability. It is crucial to consult with a professional to assess the most suitable power supply option based on the specific requirements and circumstances surrounding the installation site.

Solar Power Solutions for Remote Electric Gates


Solar power solutions for remote electric gates represent an increasingly popular choice for powering access points that are not conveniently located near traditional electrical grid sources. This essay explores the benefits, challenges, and practical considerations of implementing solar power as a viable supply option for these applications.


Electric gates provide security and convenience, but their location and the logistics of running power to them can often be problematic, especially in remote or rural settings. The advent of solar technology offers a sustainable and efficient solution to these challenges. Solar power, derived from converting sunlight into electricity using photovoltaic (PV) cells, is a clean and renewable energy source that is particularly well-suited for remote operations due to its scalability and the decreasing cost of solar components.


The primary advantage of using solar power for remote electric gates is the elimination of the need to extend electrical power lines to distant gate locations, which can be prohibitively expensive and environmentally intrusive. Instead, a solar panel, along with a battery storage system, can be installed directly at the gate site. This setup not only reduces installation costs but also minimizes the environmental footprint. Solar energy, being renewable, does not emit pollutants or greenhouse gases, making it an environmentally friendly option.


Furthermore, solar-powered electric gates are highly reliable and require minimal maintenance. The solar panels typically last 20 to 30 years with limited maintenance, primarily involving simple cleaning and occasional checks to ensure connections are secure and components are functioning properly. The batteries, which store the solar energy for nighttime use or cloudy days, are also advancing in technology, offering longer life spans and better performance, further enhancing the reliability of the system.


However, there are some challenges to consider. The initial setup cost for solar power systems can be higher than traditional electric installations due to the need for solar panels, a battery storage system, and possibly a solar charge controller. Additionally, the efficiency of solar systems is dependent on geographical location and weather conditions. Areas with high levels of sunlight are ideal, whereas regions with less sunny days will require larger panels or additional batteries, potentially increasing the cost and complexity of the system.


Another consideration is the sizing of the solar power system. It is crucial to accurately calculate the energy requirements of the gates operation, including the frequency of use and the power needed for any communications or security features integrated into the gate system. An undersized system may lead to inadequate power supply, while an oversized system can unnecessarily escalate the project costs.


Despite these challenges, the long-term benefits of reduced operational costs and minimal environmental impact make solar power a compelling choice for remote electric gates. Advances in technology and increasing focus on renewable energy solutions are likely to continue reducing costs and improving the efficiency and reliability of solar power systems.


In conclusion, while there are initial challenges and setup costs associated with solar power solutions for remote electric gates, the long-term benefits of sustainability, reliability, and cost-effectiveness present a strong case for their adoption. As solar technology continues to advance and become more accessible, it is poised to become an even more attractive option for powering remote infrastructures.

Integrating Battery Backup Systems for Uninterrupted Operation


In todays increasingly digital and interconnected world, the demand for continuous, reliable power has never been more critical. Industries such as healthcare, telecommunications, and information technology rely heavily on uninterrupted power supplies (UPS) to ensure the smooth operation of their services. Among the various strategies employed to achieve an uninterrupted power supply, integrating battery backup systems stands out as a particularly effective solution.


Battery backup systems, commonly known as uninterruptible power supplies, are designed to provide temporary power when the main power source fails. Unlike generators that require some time to start up, UPS systems provide immediate power to prevent any interruption in the operation of connected devices. This seamless transition is crucial for critical applications in various sectors including hospitals where even a momentary loss of power can jeopardize lives.


Integrating these systems into the existing power infrastructure requires thoughtful planning and execution. First, it's essential to determine the specific needs of the facility based on the criticality of the operations conducted. For instance, a data center might require a more robust UPS setup compared to a small office building due to the larger scale of operations and the critical nature of the data handled.


Once the needs are identified, selecting the appropriate type of UPS is the next step. There are three main types of UPS systems: standby, line-interactive, and double-conversion. Standby UPS is generally sufficient for home or small office use, where the power requirements are relatively low. Line-interactive UPS systems are suitable for business environments that experience frequent voltage fluctuations as they can regulate voltage up or down to safe levels. For environments where power supply must be entirely uninterrupted and clean, such as in server rooms or hospitals, a double-conversion UPS would be the most appropriate as it offers the highest level of protection by isolating the equipment from the raw mains supply.


The integration process also involves careful consideration of the battery technology used in the UPS. Lead-acid batteries have traditionally been the standard, but lithium-ion batteries are becoming increasingly popular due to their longer lifespan, smaller size, and lower total cost of ownership. The choice of battery impacts not only the performance and longevity of the UPS but also the maintenance and space requirements.


Furthermore, integrating a UPS must also consider scalability and flexibility. As organizations grow, their power needs can change, necessitating a UPS system that can scale accordingly. Modular UPS systems offer the advantage of scalability, allowing additional capacity to be added as required without a significant overhaul of the existing infrastructure.


Finally, the implementation of a battery backup system must include regular maintenance and testing to ensure that it will function as expected during a power outage. This involves routine inspections and the replacement of batteries at the end of their useful life.


In conclusion, integrating battery backup systems into power supply infrastructures is crucial for ensuring uninterrupted operation across various sectors. By carefully assessing the needs, choosing the right type of system, considering the appropriate battery technology, and planning for future scalability, organizations can safeguard their operations against unexpected power disruptions, thereby enhancing overall productivity and safety.

Comparing Wired and Wireless Power Technologies for Electric Gates


The installation of electric gates offers convenience and security for both residential and commercial properties. A key consideration in the deployment of these systems is the choice between wired and wireless power technologies. Each option presents its own set of advantages and challenges that merit careful consideration depending on the specific requirements of the installation site and the preferences of the property owner.


Wired Power Technologies


Wired power systems are often favored for their reliability and consistent performance. These systems are directly connected to the electrical network of a property, ensuring a steady supply of power that is not dependent on external factors such as weather conditions or interference from other wireless devices. This can be particularly advantageous in environments where a constant power supply is critical for security reasons.


Installation of wired systems typically involves more extensive initial setup work, which can include digging trenches for cables and ensuring compliance with local electrical safety standards. This can make the installation process more labor-intensive and expensive compared to wireless options. However, once installed, wired systems generally require less maintenance and are not subject to many of the issues that can affect wireless systems, such as signal disruption.


Wireless Power Technologies


On the other hand, wireless power technologies offer distinct advantages in terms of flexibility and ease of installation. Wireless systems use electromagnetic fields or radio frequencies to transfer energy, eliminating the need for physical cables between the power source and the gate's operating mechanism. This can significantly reduce the complexity and cost of installation, particularly in areas where laying cables is impractical or prohibitively expensive.


Wireless systems are also advantageous in terms of aesthetics, as they do not require disruptive ground work that can affect the landscape or existing infrastructure. They are particularly useful in historic or conservation areas where alterations to the environment are restricted.


However, wireless technologies do have limitations. The range and efficiency of power transmission can be affected by physical obstructions, such as walls or large metal objects, and by environmental conditions. Moreover, wireless systems can sometimes experience interference from other wireless devices, which can lead to operational inconsistencies. Additionally, they typically require more frequent maintenance and battery replacements, which can increase the long-term cost and inconvenience.


Conclusion


The choice between wired and wireless power technologies for electric gates depends largely on specific project requirements and constraints. Wired systems are generally more reliable and less susceptible to interference, making them suitable for high-security areas where uninterrupted operation is crucial. Wireless systems, however, offer easier installation and greater flexibility, making them ideal for sites where traditional wiring is challenging or undesirable.


Ultimately, the decision should be based on a thorough assessment of the installation environment, budget considerations, and the expected frequency and type of gate usage. Consulting with a professional who can provide insights based on experience with both technologies can also greatly assist in making an informed decision that balances practicality with performance needs.

Types of Power Supplies for Electric Gates
Gate from Bucharest (Romania)
Art Nouveau gate of Castel Béranger (Paris)
Candi bentar, a typical Indonesian gate that is often found on the islands of Java and Bali

A gate or gateway is a point of entry to or from a space enclosed by walls. The word is derived from Proto-Germanic *gatan, meaning an opening or passageway.[1] Synonyms include yett (which comes from the same root word) and portal. The concept originally referred to the gap or hole in the wall or fence, rather than a barrier which closed it. Gates may prevent or control the entry or exit of individuals, or they may be merely decorative. The moving part or parts of a gateway may be considered "doors", as they are fixed at one side whilst opening and closing like one.[2]

A gate may have a latch that can be raised and lowered to both open a gate or prevent it from swinging.[3] Gate operation can be either automated or manual. Locks are also used on gates to increase security.

Larger gates can be used for a whole building, such as a castle or fortified town. Doors can also be considered gates when they are used to block entry as prevalent within a gatehouse.

Purpose-specific types of gate

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Japanese Torii at Itsukushima Shrine, a UNESCO World Heritage Site in Japan, where the Hindu goddess Saraswati is worshipped as the Buddhist-Shinto goddess Benzaiten
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See also

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References

[edit]
  1. ^ "gate | Origin and meaning of gate by Online Etymology Dictionary". www.etymonline.com. Retrieved 2025-06-15.
  2. ^ "GATE | meaning in the Cambridge English Dictionary". dictionary.cambridge.org. Retrieved 2019-04-20.
  3. ^ "Hardware 101: Gate Latches". Gardenista. 2016-11-17. Retrieved 2019-04-20.
[edit]

 

Gates is the plural of gate, a point of entry to a space which is enclosed by walls. It may also refer to:

People

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Places

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Canada

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United States

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Arts and entertainment

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Other uses

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See also

[edit]
A wooden fence
During the Cold War, West German trains ran through East Germany. This 1977 view shows how East German authorities placed fences near the tracks to keep potential defectors at bay

A fence is a structure that encloses an area, typically outdoors creating a boundary, and is usually constructed from posts that are connected by boards, wire, rails or netting.[1] A fence differs from a wall in not having a solid foundation along its whole length.[2]

Alternatives to fencing include a ditch (sometimes filled with water, forming a moat).

Types

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Typical agricultural barbed wire fencing
Sioux Mems Pro2
Split-rail fencing common in timber-rich areas
A chain-link wire fence surrounding a field
Portable metal fences around a construction site
A snow-covered vaccary fence near Ramsbottom in Greater Manchester, UK
Between fence and hedge: Acanthocereus tetragonus, laid out as a "living fence", rural area, Cuba

By function

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  • Agricultural fencing, to keep livestock in and/or predators out
  • Blast fence, a safety device that redirects the high energy exhaust from a jet engine
  • Sound barrier or acoustic fencing, to reduce noise pollution[3]
  • Crowd control barrier
  • Privacy fencing, to provide privacy and security [4]
  • Temporary fencing, to provide safety, security, and to direct movement; wherever temporary access control is required, especially on building and construction sites
  • Perimeter fencing, to prevent trespassing or theft and/or to keep children and pets from wandering away.
  • Decorative fencing, to enhance the appearance of a property, garden or other landscaping
  • Boundary fencing, to demarcate a piece of real property
  • Newt fencing, amphibian fencing, drift fencing or turtle fence, a low fence of plastic sheeting or similar materials to restrict movement of amphibians or reptiles.
  • Pest-exclusion fence
  • Pet fence, an underground fence for pet containment
  • Pool fence
  • Snow fence
  • School fence
  • Solar fence
Security fence for schools in Korea

A balustrade or railing is a fence to prevent people from falling over an edge, most commonly found on a stairway, landing, or balcony. Railing systems and balustrades are also used along roofs, bridges, cliffs, pits, and bodies of water.

Another aim of using a fence is to limit intrusion. In support of these barriers there are sophisticated technologies that can be applied on the fence itself to strengthen the defence of an area, such as:

  • Detectors
  • Peripheral alarm control unit
  • Means of deterrence
  • Means for communicating information remotely
  • Remote alarm receiving unit

By construction

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  • Brushwood fencing, a fence made using wires on either side of brushwood, to compact the brushwood material together.
  • Chain-link fencing, wire fencing made of wires woven together
  • Chicane
  • Close boarded fencing, strong and robust fence constructed from mortised posts, arris rails and vertical feather edge boards
  • Composite Fencing, made from a mixture of recycled wood and plastic
  • Expanding fence or trellis, a folding structure made from wood or metal on the scissor-like pantograph principle, sometimes only as a temporary barrier
  • Ha-ha (or sunken fence)
  • Hedge, including:
  • Hurdle fencing, made from moveable sections
  • Pale fence, or "post-and-rail" fence, composed of pales - vertical posts embedded in the ground, with their exposed end typically tapered to shed water and prevent rot from moisture entering end-grain wood - joined by horizontal rails, characteristically in two or three courses.
  • Palisade, or stakewall, made of vertical pales placed side by side with one end embedded in the ground and the other typically sharpened, to provide protection; characteristically two courses of waler are added on the interior side to reinforce the wall.
  • Picket fences, generally a waist-high, painted, partially decorative fence
  • Roundpole fences, similar to post-and-rail fencing but more closely spaced rails, typical of Scandinavia and other areas rich in raw timber.
    Slate fencing in Mid-Wales
  • Slate fence, a type of palisade made of vertical slabs of slate wired together. Commonly used in parts of Wales.
  • Split-rail fence, made of timber, often laid in a zig-zag pattern, particularly in newly settled parts of the United States and Canada
  • Vaccary fence (named from Latin vaca - cow), for restraining cattle, made of thin slabs of stone placed upright, found in various places in the north of the UK where suitable stone is had.[5]
  • Vinyl fencing
  • Solid fences, including:
    • Dry-stone wall or rock fence, often agricultural
    • Stockade fence, a solid fence composed of contiguous or very closely spaced round or half-round posts, or stakes, typically pointed at the top. A scaled down version of a palisade wall made of logs, most commonly used for privacy.
  • Wattle fencing, of split branches woven between stakes.
  • Wire fences
  • Wood-panel fencing, whereby finished wood planks are arranged to make large solid panels, which are then suspended between posts, making an almost completely solid wall-like barrier. Usually as a decorative perimeter.
  • Wrought iron fencing, also known as ornamental iron
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A typical urban fence

In most developed areas the use of fencing is regulated, variously in commercial, residential, and agricultural areas. Height, material, setback, and aesthetic issues are among the considerations subject to regulation.

Required use

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Typical chain link perimeter fence with barbed wire on top

The following types of areas or facilities often are required by law to be fenced in, for safety and security reasons:

  • Facilities with open high-voltage equipment (transformer stations, mast radiators). Transformer stations are usually surrounded with barbed-wire fences. Around mast radiators, wooden fences are used to avoid the problem of eddy currents.
  • Railway lines (in the United Kingdom)
  • Fixed machinery with dangerous mobile parts (for example at merry go rounds on entertainment parks)
  • Explosive factories and quarry stores
  • Most industrial plants
  • Airfields and airports
  • Military areas
  • Prisons
  • Construction sites
  • Zoos and wildlife parks
  • Pastures containing male breeding animals, notably bulls and stallions.
  • Open-air areas that charge an entry fee
  • Amusement equipment which may pose danger for passers-by
  • Swimming pools and spas

History

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Mass concrete fence in Russia

Servitudes[6] are legal arrangements of land use arising out of private agreements. Under the feudal system, most land in England was cultivated in common fields, where peasants were allocated strips of arable land that were used to support the needs of the local village or manor. By the sixteenth century the growth of population and prosperity provided incentives for landowners to use their land in more profitable ways, dispossessing the peasantry. Common fields were aggregated and enclosed by large and enterprising farmers—either through negotiation among one another or by lease from the landlord—to maximize the productivity of the available land and contain livestock. Fences redefined the means by which land is used, resulting in the modern law of servitudes.[7]

Buck-and-rail fencing such as this in West Virginia was ubiquitous in the Eastern Theater of the American Civil War, as it was easily made as long as there was plenty of timber readily available. Soldiers from both sides of the war made use of wood from these fences for their camp fires.
A wattle fence at Sanok-Skansen outdoor museum in Poland

In the United States, the earliest settlers claimed land by simply fencing it in. Later, as the American government formed, unsettled land became technically owned by the government and programs to register land ownership developed, usually making raw land available for low prices or for free, if the owner improved the property, including the construction of fences. However, the remaining vast tracts of unsettled land were often used as a commons, or, in the American West, "open range" as degradation of habitat developed due to overgrazing and a tragedy of the commons situation arose, common areas began to either be allocated to individual landowners via mechanisms such as the Homestead Act and Desert Land Act and fenced in, or, if kept in public hands, leased to individual users for limited purposes, with fences built to separate tracts of public and private land.[8]

United Kingdom

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Generally

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Ownership of a fence on a boundary varies. The last relevant original title deed(s) and a completed seller's property information form may document which side has to put up and has installed any fence respectively; the first using "T" marks/symbols (the side with the "T" denotes the owner);[9] the latter by a ticked box to the best of the last owner's belief with no duty, as the conventionally agreed conveyancing process stresses, to make any detailed, protracted enquiry.[10] Commonly the mesh or panelling is in mid-position. Otherwise it tends to be on non-owner's side so the fence owner might access the posts when repairs are needed but this is not a legal requirement.[11] Where estate planners wish to entrench privacy a close-boarded fence or equivalent well-maintained hedge of a minimum height may be stipulated by deed. Beyond a standard height planning permission is necessary.

The hedge and ditch ownership presumption

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Where a rural fence or hedge has (or in some cases had) an adjacent ditch, the ditch is normally in the same ownership as the hedge or fence, with the ownership boundary being the edge of the ditch furthest from the fence or hedge.[12] The principle of this rule is that an owner digging a boundary ditch will normally dig it up to the very edge of their land, and must then pile the spoil on their own side of the ditch to avoid trespassing on their neighbour. They may then erect a fence or hedge on the spoil, leaving the ditch on its far side. Exceptions exist in law, for example where a plot of land derives from subdivision of a larger one along the centre line of a previously existing ditch or other feature, particularly where reinforced by historic parcel numbers with acreages beneath which were used to tally up a total for administrative units not to confirm the actual size of holdings, a rare instance where Ordnance Survey maps often provide more than circumstantial evidence namely as to which feature is to be considered the boundary.

Fencing of livestock

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On private land in the United Kingdom, it is the landowner's responsibility to fence their livestock in.[13] Conversely, for common land, it is the surrounding landowners' duty to fence the common's livestock out such as in large parts of the New Forest. Large commons with livestock roaming have been greatly reduced by 18th and 19th century Acts for enclosure of commons covering most local units,[14] with most remaining such land in the UK's National Parks.

Fencing of railways

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A 19th-century law requires railways to be fenced to keep people and livestock out.[15] It is also illegal to trespass on railways, incurring a fine of up to £1000.

United States

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Distinctly different land ownership and fencing patterns arose in the eastern and western United States. Original fence laws on the east coast were based on the British common law system, and rapidly increasing population quickly resulted in laws requiring livestock to be fenced in. In the west, land ownership patterns and policies reflected a strong influence of Spanish law and tradition, plus the vast land area involved made extensive fencing impractical until mandated by a growing population and conflicts between landowners. The "open range" tradition of requiring landowners to fence out unwanted livestock was dominant in most of the rural west until very late in the 20th century.[16] Even today, a few isolated regions of the west still use the open range system.[17] More recently, fences are generally constructed on the surveyed property line as precisely as possible. Today, across the nation, each state can develop its own laws regarding fences. In many cases for both rural and urban property owners, the laws were designed to require adjacent landowners to share the responsibility for maintaining a common boundary fenceline, for example in California.[18] Today, however, only 22 states have retained that provision. In Texas a landowner has no legal obligation to share in the costs or future maintenance of a fence built by his or her neighbor, unless previously agreed. There is no specific statutes but court cases have set this legal precedent.[19]


Some U.S. states, including Texas, Illinois, Missouri, and North Carolina, have enacted laws establishing that purple paint markings on fences (or trees) are the legal equivalent of "No Trespassing" signs. The laws are meant to spare landowners, particularly in rural areas, from having to continually replace printed signs that often end up being stolen or obliterated by the elements.[20]

Hungary

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Reed fence at Lake Balaton

Along the shores of Lake Balaton, reed fences are often used to separate holiday cottages.

Cultural value of fences

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A fence in Thavakkara, India

The value of fences and the metaphorical significance of a fence, both positive and negative, has been extensively utilized throughout western culture. A few examples include:

  • "Good fences make good neighbors." – a proverb quoted by Robert Frost in the poem "Mending Wall"
  • "A good neighbor is a fellow who smiles at you over the back fence, but doesn't climb over it." – Arthur Baer
  • "There is something about jumping a horse over a fence, something that makes you feel good. Perhaps it's the risk, the gamble. In any event it's a thing I need." – William Faulkner
  • "Fear is the highest fence." – Dudley Nichols
  • "To be fenced in is to be withheld." – Kurt Tippett
  • "What have they done to the earth? / What have they done to our fair sister? / Ravaged and plundered / and ripped her / and bit her / stuck her with knives / in the side of the dawn / and tied her with fences / and dragged her down." – Jim Morrison, of The Doors
  • "Don't Fence Me In" – Cole Porter
  • "You shall build a turtle fence." – Peter Hoekstra
  • "A woman's dress should be like a barbed-wire fence: serving its purpose without obstructing the view." – Sophia Loren

See also

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References

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Notes

  1. ^ Patrick Hanks, ed. (1985). Collins Dictionary of the English Language. William Collins Sons & Co. Ltd. p. 534. ISBN 0-00-433078-1.
  2. ^ Dr D G Hessayon (1992). The Garden DIY Expert. pbi publications. p. 5. ISBN 0-903505-37-1.
  3. ^ Guinness, Bunny (12 August 2009). "How to keep those noisy neighbours at bay". telegraph.co.uk. Telegraph Media Group Limited. Archived from the original on 5 November 2015. Retrieved 1 November 2015.
  4. ^ "Privacy Fence". Privacy Fence. Archived from the original on 2014-02-26. Retrieved 2014-09-02.
  5. ^ "One Roofing Association". Archived from the original on February 14, 2017. Retrieved October 27, 2016.
  6. ^ "=\Servitude". Merriam-Webster. Archived from the original on 2012-05-24. Retrieved 2012-06-15.
  7. ^ Jesse Dukeminer et al., Property, pp. 668-70 (6th ed. 2006)
  8. ^ "The Homestead Act of 1862". National Archives. 2016-08-15. Retrieved 2025-08-11.
  9. ^ "Which Fence Is Mine - 2025 Guide | Online Land Registry". onlinelandregistry.org.uk. Retrieved 2025-08-11.
  10. ^ "Who owns the fence?". www.higgsllp.co.uk. Retrieved 2024-08-15.
  11. ^ "Land Registry plans: boundaries (practice guide 40, supplement 3) - GOV.UK". www.gov.uk. Archived from the original on 2017-02-18. Retrieved 2017-02-17.
  12. ^ "House of Lords - Alan Wibberley Building Limited v. Insley". publications.parliament.uk. Archived from the original on July 8, 2017.
  13. ^ "What farmers need to know about fencing and the law". Farmers Weekly. 2017-01-26. Retrieved 2025-08-11.
  14. ^ "Enclosing the land". www.parliament.uk. Retrieved 2025-08-11.
  15. ^ "Railway Regulation Act 1842". www.legislation.gov.uk.
  16. ^ Kawashima, Yasuhide (2010-01-01). "Farmers, Ranchers, and the Railroad: The Evolution of Fence Law in the Great Plains, 1865–190". Great Plains Quarterly.
  17. ^ "Open Range and Fencing | Department of Agriculture". ag.colorado.gov. Retrieved 2025-08-11.
  18. ^ "Property Line & Fence Rules in California (2025 Brief Guide)". Schorr Law, A Professional Corporation. 2024-10-10. Retrieved 2025-08-11.
  19. ^ "Guides: Neighbor Law: Fences & Boundaries". guides.sll.texas.gov. Retrieved 2025-08-11.
  20. ^ Dan Evon (7 Sep 2016). "'Purple Paint' Trespass Warning". Snopes.

Bibliography

  • Encyclopædia Britannica (1982). Vol IV, Fence.
  • Elizabeth Agate: Fencing, British Trust for Conservation Volunteers, ISBN 0-946752-29-X
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  • The dictionary definition of fence at Wiktionary

 

 

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Reviews for


Lou Maxon

(5)

We are grateful to have met Dean and the talented and customer service oriented team at Evergreen Electric gates. They were instrumental in remedying a poorly sourced install by another company and problem solving the best fix which has worked for us to this present day. We recently had them fix and repair a new pedestal and keypad with flawless install and service. There are a lot of unreliable and poor vendors in the electric gate install and repair category but Evergreen Elecrric is an absolute gem 💎 don't bother calling anyone else they are the best!

Maayan Bokovza

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Exceptional Service from Evergreen Gates! I recently had an electric gate installed by Evergreen Gates, and the experience was fantastic from start to finish. Adam was incredibly professional, knowledgeable, and helpful throughout the entire process. He took the time to understand my needs, provided great recommendations, and ensured everything was done with precision and care. The gate itself is high-quality, both in materials and craftsmanship. The automation system works flawlessly, and the installation was completed efficiently without any issues. Adam also made sure I understood how to operate and maintain the system, which I really appreciated. If you’re looking for a reliable and skilled electric gate company, Evergreen Gates is the way to go. I highly recommend them and will definitely use them again in the future!

Jame Mcguire

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The fence contractor did an incredible job from start to finish. The team was professional, punctual, and paid close attention to every detail during installation. They helped me select the best materials for durability and design, and the final result looks beautiful and sturdy. The entire process was smooth, affordable, and exceeded my expectations—I couldn’t be happier with the outcome!

Matt Booty

(5)

Project involved replacing 300+ feet of 7 foot high wooden fence that was 20+ years old and built by previous owners. Evergreen removed all of the existing fence and installed custom 7 foot high metal fence sections, 3 gates and a custom double gate main entry. The ground slopes several feet across the fenced area, and Evergreen did a great job stepping the fence to match the terrain. The fence needed to be installed through and around existing landscaping, and they were very careful to not damage any existing fruit trees, shrubs, etc. The crew was extremely nice and professional and great to work with. Logan and the crew went out of their way to come up with solutions and make sure everything was as desired. The final installation looks great and will likely last decades. Good people and good results.

Kabir Dhawan

(5)

Our gate was barely functioning before and now it works great. It’s smart-enabled too! Logan was very approachable and professional throughout the entire process. The team completed everything within a day, which was faster than we expected. We’re really happy with the result.

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wood fences
47.396975715445, -122.2673012464
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21702 84th Ave S #2, 21702 84th Ave S #2, Kent, WA 98032, USA
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vinyl fences
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gate maintenance
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custom gates
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Electric gates can be powered primarily through mains electricity (AC power), solar energy, or batteries, often combined with solar panels as a backup or main power source. Mains electricity is the most common and reliable source, while solar panels are environmentally friendly and reduce operational costs.
Solar-powered gate systems operate by using solar panels to capture sunlight and convert it into electrical energy, which is then stored in batteries. These batteries power the gate motors. The benefits include reduced energy costs, less dependency on mains power, and environmental sustainability, as it reduces carbon footprint. Solar-powered systems are particularly useful in remote areas where mains power is hard to access.
When selecting a battery backup system, consider the battery type (lead-acid, AGM, lithium-ion etc.), capacity to ensure it can run the gate during power outages, lifespan, and charging time. Also, assess the energy efficiency of the gate system, battery cost, and maintenance requirements. Ideally, the system should provide a reliable power supply during outages and require minimal maintenance.