热泵系统规划设计软件Valentin Software GeoTSOL v2021 R1破解版

您是否正在寻找一种用于热泵系统规划和设计的用户友好型专用工具？那么我们的 GeoT*SOL 程序是您设计工作的完美项目合作伙伴。

您可以在不同的热源（土壤、空气和地下水）和运行模式（单价、单能和二价）之间进行选择，以适合您所在的位置。应强调太阳能热系统和二价系统与锅炉作为热发生器的集成。需求、损失和消耗是通过动态分钟模拟确定的。在此基础上，计算出电力消耗、季节性热性能系数和成本，同时考虑了停电期和关税。使用这些参数，GeoT*SOL 评估系统的经济效率。显示了热泵系统和比较系统的热价和回报。

模拟热泵和其他热发生器的边际贡献
使用 GeoT*SOL，您可以对热泵系统进行精确模拟，以确定年度性能数据 (COP) 和边际贡献。该系统可以有其他热发生器，例如气体冷凝锅炉和太阳能系统。可以选择移动、单能和二价操作模式进行操作。
根据 VDI 4650 确定年度绩效系数

根据 VDI 4650 的年度性能系数是根据效率比较工厂的重要因素。它构成了许多资助措施和审批程序的基础。
包含热泵、收集器、锅炉和储罐的数据库

GeoT*SOL 提供了一个广泛的数据库。其中包含
-4,000多个集热器（平板集热器、管式集热器、空气集热器）
-5,000 台锅炉（冷凝锅炉、木材锅炉、颗粒锅炉等）
-4,000 台热泵（盐水/水、空气/水、水/水） )
-600个储罐（组合和缓冲储存，一价、二价等）

此外，制造商可以免费添加额外的储罐、锅炉、集热器和热泵

关税和封锁期
最多可以使用通常的规则（间隔和限期）设置三个封锁时间，以便能够准确地描述供应情况。此外，热泵的电价可分为高电价（HT）和低电价（NT）。
可用的全球气候数据

GeoT*SOL 为您提供基于 Meteonorm 7.3 的德国 DWD（当前状态，1995-2012 年平均周期）的最新 TMY 数据以及全球 8,000 多个其他气候位置。您可以使用交互式地图方便地选择气候数据。未包括的位置使用卫星数据和邻近的地面测量站进行插值。您自己的测量数据的导入是通过 DWD、Meteonorm 或 WBV 格式的文件进行的。
可配置的项目报告

内容可以是带有年度绩效数据的简短报告，也可以是带有图表和系统组件的详细项目报告。

盈利能力分析
GeoT*SOL 根据联邦太阳能行业协会 (BSW) 的建议计算盈利能力，同时考虑到资金：热泵系统成本与比较系统的比较；资本价值和生产成本（热价）；修正内部收益率 (MIRR)，考虑再投资的利润。

File Size: 219 MB

Description:
Are you looking for a user-friendly special tool for the planning and design of heat pump systems? Then our GeoT*SOL program is the perfect project partner for your design work.

You can choose between different heat sources (soil, air and groundwater) and modes of operation (monovalent, monoenergetic and bivalent) for your location. The integration of solar thermal systems and bivalent systems with boiler as heat generators should be emphasized. Requirements, losses and consumption are determined as a result of a dynamic minute simulation. Based on this, electricity consumption, seasonal heat performance factor and costs are calculated taking into account off-periods and tariffs. With these parameters, GeoT*SOL evaluates the economic efficiency of the system. The heat price and return are shown for the heat pump system and a comparison system.

Simulation of the contribution margin of the heat pump and other heat generators
With GeoT*SOL you can simulate the heat pump system to the minute in order to determine annual performance figures (COP) and contribution margins. The systems can have other heat generators such as gas condensing boilers and solar systems. Movovalent, monoenergetic and bivalent modes of operation can be selected for operation.
Determination of the annual performance factor according to VDI 4650

The annual performance factor according to VDI 4650 is an important factor for comparing plants according to their efficiency. It forms the basis for many funding measures and approval procedures.
Databases with heat pumps, collectors, boilers and storage tanks

GeoT*SOL is delivered with an extensive database. This contains more than
-4,000 collectors (flat plate collectors, tube collectors, air collectors)
-5,000 boilers (condensing boilers, wood boilers, pellet boilers, etc.)
-4,000 heat pumps (brine/water, air/water, water/water)
-600 storage tanks (combination and buffer storage, monovalent, bivalent, etc.)

In addition, manufacturers can have additional storage tanks, boilers, collectors and heat pumps added free of charge

Tariffs and blocking periods
Up to three blocking times can be set using the usual rules (intervals and limited duration) in order to be able to precisely depict the supply situation. Furthermore, the electricity price for the heat pump can be divided into high tariff (HT) and low tariff (NT).
Global climate data available

GeoT*SOL provides you with the latest TMY data of the DWD (current state 2017, averaging period 1995-2012) for Germany and more than 8,000 further climate locations for the whole world based on Meteonorm 7.3. You can use the interactive map to conveniently select the climate data. Locations not included are interpolated using satellite data and neighboring ground measuring stations. The import of your own measurement data takes place via files in DWD, Meteonorm or WBV format.
Configurable project report

The content can range from a short report with the annual performance figures to a detailed project report with diagrams and system components.

Profitability analysis
GeoT*SOL calculates the profitability according to the recommendation of the Federal Association of the Solar Industry (BSW) taking into account the funding: comparison of the costs of the heat pump system with a comparison system; capital value and production costs (heat price); modified internal rate of return (MIRR), profit taking into account the reinvestment.

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