47results about How to "Reduce land acquisition costs" patented technology

The invention is a layer-assembled structure, in which a composite blade is made up of a blade and an integral central column assembled by a central support column and a blade support disk via a shaft coupling. The bottom of the central column is mounted on the base via a main bearing connected with the generator through a drive mechanism. The top of the central column is anchored via a cable fixator and a wind vane is disposed above the cable fixator. The sensor on the wind vane is connected with the composite blade via a control system.

The invention discloses a technological process for floating oil delivering and settling dehydration of crude oil. The technological process comprises the following processes that: the crude oil containing water is conveyed in a joint station; medicine is added to the crude oil containing the water; then the crude oil containing the water is conveyed in a settling tank to carry out a oil-water separation to form a oil layer, a oil-water mixed layer and a sewage layer; a floating oil delivering apparatus is arranged in the settling tank, and the crude oil in the oil layer formed through the settling separation of oil and water is continuously and directly discharged from an oil inlet of the floating oil delivering apparatus and an oil line to complete the settling dehydration to be transformed into finished crude oil. According to the technological process provided by the present invention, a primary settlement or a secondary settlement formed through a series connection of two primarysettlements is adopted; the floating oil delivering apparatus is adopted for replacement of a fixed-type over flow device; the oil can be directly pumped through a oil pump, such that a surge tank iscanceled in the process; amount of the oil tank used in the single settlement is reduced by 50% compared to the amount of the oil tank used in a traditional process. Due to reducing the amount of theoil tank using in the process, the process is shortened. With the present invention, an operation is simple, management is easy, energy consumption in the production process is reduced, operation andrunning cost, management costs, capital expenditure and land expropriation cost are substantially decreased.

The invention discloses an arrangement method of a dual-bus and dual-row arranged type AIS (air insulated switchgear) power distribution device of a substation. The method is characterized by comprising the following steps of arranging a tube bus I and a tube bus II at the proper height positions, arranging each bus isolation switch and each line outgoing loop circuit breaker under the two groups of tube buses, and respectively arranging each electrical equipment on a ground equipment bracket; respectively arranging line outgoing loop circuit breakers from bays, such as a line-main transformer bay, a line-bus tie bay and a line-bus equipment bay, into a row in the direction parallel with the tube buses, and positioning at the line outgoing side of the tube bus I; arranging the main transformer loop circuit breakers of each line-main transformer bay into a row in the parallel direction, and positioning at the line incoming side of the tube bus I; enabling the bus isolation switches in the line-main transformer bay to adopt vertical telescopic type 0-degree isolation switches. The method has the advantage that by reasonably arranging the plane height of the tube buses, the dual-layer arrangement layout of the tube buses and the equipment is formed, so the land is effectively utilized, and the land occupation is saved.

The invention provides a real-time solar tracking photovoltaic device, which characterized in that the device comprises a frame (1), sub components, a first support (4) and a driving part; the driving part drives the first support (4) to move; the frame (1), the driving part, the first support (4) and sub components are sequentially connected; the driving part comprises driving wheels (2) and a driven wheel (3); and the side parts of the driving wheels (2) are matched with the side part of the driven wheel (3). The device of the invention has the advantages of occupying no land resources, reducing the cost of land acquisition and indirectly increasing the benefits of photovoltaic power generation. The water body has a cooling effect on a photovoltaic module, can inhibit the temperature rise of the module surface, and thus obtains higher power generation capacity. Solar panels cover the water surface, evaporation on the water surface is greatly reduced, the efficiencies of hydroelectric power generation and irrigation are increased, meanwhile, the growth of algae is inhibited and the protection of water resources is facilitated.