查询词典 bidding block

To participate in the bidding block room to open a total of 16 companies.

参加招标区块室开放，共有16个公司。

According to the plan, the next few years the focus of Shanghai's real estate development in the suburbs, in addition to three million per year of municipal matching room outside, in recent months, the block bidding for more than 80% are suburban block.

根据这项计划，在未来几年的重点，上海的房地产开发在郊区，除了3万美元的市政配套房外，近几个月来，该区块招标80 ％以上的郊区区块。

However, journalists in the context of another state-owned enterprises, where developers were not the same information, the developer said that he only recently has come into contact with the block, the last block bidding there are many.

然而，记者在另一国的国有企业，而开发商是不相同的信息，开发商说，他直到最近才接触到的块，最后分段竞价有很多。

A priceless secret is on the auction block and bidding begins now. You ready?

priceless：无价的 block：拍卖台 bidding：竞价，投标一个天价秘密被摆上了拍卖台竞拍即将开始，准备好了吗？

And because not meet the rules, bid too high, including CapitaLand, in the sea, and CITIC Pacific, including 18 tender enterprises, are in Tang Town, Pudong bidding block when one after another fall, no one do so.

而且因为不符合规则，出价过高，包括嘉德置地，中海，中信泰富，包括18个投标企业，在唐镇，浦东区块招标时，一个又一个秋天，没有人这样做。

In either case of the typical daily load and weekly load, block bidding and hourly bidding are compared. The results indicate that, in contrast to hourly bidding, block bidding decreases the market payment and improves market efficiency, and the clearing prices are more stable.

以典型日和典型周负荷为例，对分段竞价和分时竞价进行了比较，结果表明，分段竞价降低了市场购电费用，市场效率提高，市场出清价较分时竞价更加平稳。

Shanghai in 2004 as a state-owned land use right transfer of the final announcement on the 3rd block a new Jiangwan City C1 block bidding in 2005 although the step, but the bidding rules and on the 3rd Notice there is no different from other plots are still set up a "price band": the plot of the bid price of 14.4 billion yuan, the price-cap on this basis as high as 30% to 1.872 billion yuan.

上海于2004年作为国有土地使用权转让的最后公布第三块一个新江湾城的C1区块招标虽然在2005年一步，但投标规则和第三通知书有没有什么不同从其他地块仍然设立"价格区间"：阴谋的投标价14.4亿元，最高限价在此基础上，高达30 ％至一十八万七千二百点零零零万元。

Then the optimal bidding strategies of block bidding under uniform and PAB pricing methods are presented. A case study is given. The results show that the optimal bids are higher than power supplier's real costs under uniform and PAB pricing method. The optimal supply function bids under the uniform pricing method are also studied.

在获得等效竞争对手报价概率分布的情况下，进一步研究了统一出清和PAB电价下，按容量段报价的最优报价策略及统一出清电价下按连续供应函数报价的最优报价策略，给出了相关算例，结果表明在统一出清和PAB电价下，最优报价均高于发电厂商的实际成本。

The main research results in this dissertation can be given as following:Firstly, the bidding strategies and affections of generation companies on the TOU power price are analyzed; Supply function model is employed to simulate the bidding strategies of generation companies in power pool. Some meaningful results are obtained through the proposed equilibrium equations model, when different bidding parameters are selected to maximize profit of suppliers, such as the the numeral of generation company, the block bidding, and power demand elasticity. Based on these results, the affections between the bidding strategies and the TOU power price are discussed.Secondly, the important principles consider the factor of bidding strategies of generation companies and consumers gaming strategies are proposed to constitute the new TOU power price model under present electricity market. Based on these pricinples a new mathematical model of TOU power price is constructed, to evade electricity market risk, partition the peak-valley, ascertain the consumers' response curve, and protect the ambilateral profits.Thirdly, the affections of the TOU power price strategies for reducing the network loss, adjusting node voltage, improving load curve of power system, and protecting the consumers' benefits in electricity market are analyzed with applications of a city real time load data of Jiangsu province.

针对"厂网分开，竞价上网"的电力市场运营模式，本文主要完成了以下研究工作：1研究了发电商不同的竞价上网策略，利用供给函数均衡方法，建立了发电商的竞价上网策略模型，给出了市场均衡解的具体解法；讨论了不同条件下发电商的竞价策略对市场的影响，并获得了发电商的最优上网竞价策略，明确了竞价上网与峰谷分时电价之间的影响因素；利用电力系统负荷曲线，建立了发电商最优竞价策略与峰谷分时电价之间的相互联系，通过仿真算例分析了峰谷分时电价与发电商最优报价之间的相互影响。2提出了"厂网分开，竞价上网"电力市场模式下，考虑发电侧竞价和用户侧博弈等风险因素影响，峰谷分时电价理论建模在规避电网企业运营风险，保护供电方与用户双方的利益、确定用户响应曲线、划分峰谷时段、设置合理的电价拉开比等方面所应遵循的基本原则，在此基础上建立了适合电力市场模式的峰谷分时电价模型。3从原理上分析了需求侧实行峰谷分时电价策略，对削峰填谷，提高负荷率，改善负荷曲线形状，降低电力系统的电能损耗和电压损耗等方面的影响，并进行了仿真验证。

The main research results in this dissertation can be given as following:Firstly, the bidding strategies and affections of generation companies on the TOU power price are analyzed; Supply function model is employed to simulate the bidding strategies of generation companies in power pool. Some meaningful results are obtained through the proposed equilibrium equations model, when different bidding parameters are selected to maximize profit of suppliers, such as the the numeral of generation company, the block bidding, and power demand elasticity. Based on these results, the affections between the bidding strategies and the TOU power price are discussed.Secondly, the important principles consider the factor of bidding strategies of generation companies and consumers gaming strategies are proposed to constitute the new TOU power price model under present electricity market. Based on these pricinples a new mathematical model of TOU power price is constructed, to evade electricity market risk, partition the peak-valley, ascertain the consumers' response curve, and protect the ambilateral profits.Thirdly, the affections of the TOU power price strategies for reducing the network loss, adjusting node voltage, improving load curve of power system, and protecting the consumers' benefits in electricity market are analyzed with applications of a city real time load data of Jiangsu province.

针对&厂网分开，竞价上网&的电力市场运营模式，本文主要完成了以下研究工作：1研究了发电商不同的竞价上网策略，利用供给函数均衡方法，建立了发电商的竞价上网策略模型，给出了市场均衡解的具体解法；讨论了不同条件下发电商的竞价策略对市场的影响，并获得了发电商的最优上网竞价策略，明确了竞价上网与峰谷分时电价之间的影响因素；利用电力系统负荷曲线，建立了发电商最优竞价策略与峰谷分时电价之间的相互联系，通过仿真算例分析了峰谷分时电价与发电商最优报价之间的相互影响。2提出了&厂网分开，竞价上网&电力市场模式下，考虑发电侧竞价和用户侧博弈等风险因素影响，峰谷分时电价理论建模在规避电网企业运营风险，保护供电方与用户双方的利益、确定用户响应曲线、划分峰谷时段、设置合理的电价拉开比等方面所应遵循的基本原则，在此基础上建立了适合电力市场模式的峰谷分时电价模型。3从原理上分析了需求侧实行峰谷分时电价策略，对削峰填谷，提高负荷率，改善负荷曲线形状，降低电力系统的电能损耗和电压损耗等方面的影响，并进行了仿真验证。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。