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Solution advantages

Compact and lightweight design

Easy to install and transport

High overload capacity

Intelligent O&M

Development Status

Surge in electricity consumption

With the rapid development of the city, urban villages and other densely populated areas have seen a dramatic increase in electricity consumption, existing electrical equipment and lines are aging badly, and the renewal of the distribution network in urban villages cannot keep up with the growth in the scale of electricity consumption, which is prone to the effects of too low or too high loads. The peak of electricity consumption will be strictly considered for the reliable operation of distribution equipment, with too low a load resulting in wasted power losses and insufficient overload capacity leading to power outages, failures and other safety problems.

Difficulty in siting power distribution houses

In urban villages, land is tight and new transformers face the embarrassing situation of having no land to build on. Traditional box-type substations occupy a large area, making it difficult to transport products, install them on a large area, make a lot of noise and disturb people, and make the location of the distribution room susceptible to the "NOT IN MY BACK YARD", resulting in the proposed substation being blocked.

Difficult to maintain afterwards

With the high population density in urban villages, the failure of distribution transformers can have a great impact on the lives of residents. In order to protect the lives of the residents and the safety of life and property in urban villages, it is necessary to send people to the site to carry out regular maintenance and servicing of the distribution transformers, but the distribution points of the electricity rooms in urban villages are scattered and the roads are congested, so it is very time-consuming and labour-intensive to inspect once, resulting in equipment hidden dangers that cannot be found in time and high maintenance costs and difficulties at a later stage.

Low level of intelligence

The low level of intelligence does not allow for remote monitoring measures, early warning of faults and other problems, when lines and equipment are overloaded to cause faults, or the environment where the equipment is located is damaged by typhoons or floods, resulting in long power outages for residents. The current design of the traditional prefabricated substation equipment is difficult to adapt to the development of smart grid needs.

High construction cost

The design load, external access point and access length, electricity load, distribution method, equipment brand and other factors will affect the cost of the substation and distribution project, the construction of the distribution room covers a larger area and the overall input cost is higher.

Surge in electricity consumption

Difficulty in siting power distribution houses

Difficult to maintain afterwards

Low level of intelligence

High construction cost

Solutions

With the rapid development of urbanisation, urban load density is increasing, land for electrical equipment is becoming increasingly tight, and problems such as heavy overloads in urban villages, frequent power outages, lack of land for new transformers and resistance to construction are prominent, becoming problems that need urgent attention and solution at present.

In order to improve the safety of electricity and reduce the risk of electricity operation, Tritype Electric provides intelligent power equipment solutions, basic electricity service solutions, intelligent electricity service solutions, etc., so that electricity becomes safer, energy-saving and worry-free, and escorts all electricity-using units without worry.

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CK@tritype.cn

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