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Prospect
光伏站点太阳能潜力快速评估
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Evaluate
时间序列与TMY数据用于能源建模
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Monitor
实时光伏输出评估
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Forecast
长达14天的太阳能输出预测
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Analyst
简化统一的太阳能数据管理
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集成
自动交付Solargis数据
使用案例
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选址
寻找合适的太阳能项目位置
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能量产出模拟
分析潜在的收益和风险
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优化电厂设计
寻找最佳电厂设计
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实际电厂性能
探索真实产出
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电力输出预测
预测太阳能项目能量产出
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地面数据验证
验证太阳能与气象测量数据质量
太阳能资源与气象评估
详细的太阳能资源验证与评估
Solargis模型应用于场地适应性调整
结合卫星数据与现场测量数据
太阳能与气象测量质量控制
修正地面测量数据中的错误
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用定制的Solargis GIS数据
光伏能量产出评估
能量估算的不确定性和相关数据输入
光伏性能评估
再融资或资产收购的能量估算
光伏变动性与储能优化研究
理解广泛地理区域内的产出变化
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Trusted by companies all around the world#
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What is Solargis Prospect?

Solargis Prospect provides access to solar, meteorological, and environmental data for sites all around the world. It helps you calculate solar yield estimates and potential gains and losses during the pre-feasibility phase of your PV project.

  • Reliable and accurate solar data
  • Fast site comparisons
  • Comprehensive environmental overview
  • Solar power calculator and analytics
  • Collaboration and multilingual support
Understand the context of any site, worldwide

Understand the context of any site, worldwide

With Solargis Prospect, you don't need to be present at the site nor rely on local third parties during the pre-feasibility stages. 

Get the real look & feel of your potential site with meteo, solar, and environmental parameters – visualized on more than 25 map layers.

Compare various sites and setups

Compare various sites and setups

Feel comfortable when deciding which site to evaluate in more depth. Solargis Prospect allows you to compare multiple sites and pick the one with the highest potential yield.

The solution also offers fast screening of various PV configurations and technologies.

Prospect potential sites with confidence

Prospect potential sites with confidence

Don't make compromises. Start as you mean to go on, from the very first decisions in the prospecting phase, using accurate and validated data that are compatible with later project stages.

Validated by independent studies, Solargis Prospect delivers the most accurate long-term average (LTA) data on the market, with the longest recorded history.

Key parameters include solar irradiation, precipitation, air temperature, wind speed, air pollution, albedo, snow, and others.

Sample data

Sample data

Download sample data or a report from a specific site. You can also check technical documentation or learn about the technology behind this solution.

Trusted by 1200+ organizations worldwide#

10 000+

Projects supported by our bankable solar & meteo data, software, and services every year

24

Years of experience with solar projects and improving industry standards

99%

Coverage of the world’s population with 30 years of solar and meteorological data

“Solargis has the highest resolution satellite footprint available on the market, and, combined with our ground-monitoring stations, it offers the lowest GHI model uncertainty and interannual variability. Additionally, Solargis’ customer service is second-to-none, ensuring that we can capitalize on our data quickly while creating tangible value for every project.”
George Szabo
Director of Solar Design
Apex Clean Energy
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Related products and services#

Reliable and bankable data
Sub-hourly data for technical design
Time Series & Typical Meteorological Year
Complete understanding of the site's conditions
Identifying weather variability & extremes

Assess a large number of locations in a matter of seconds in the prospect and feasibility phase of photovoltaic projects.

Get access to solar and meteorological long term averages data worldwide and process data in your prospection and planning software in real time.

Explore solar, meteorological, and PV potential GIS data in your own applications.

You can use solar resource, PV, climate, and other geo data for analysis and visualization in all generally available GIS software (GeoTIFF, NetCDF, and others) with raster data processing capabilities or numerical implementation.

In the Regional Solar Energy Potential Study, we analyze not only solar resource information but also meteorological and geographic data.

The analysis considers the uncertainty of resource estimates, intermittent and seasonal variability, extreme weather, and geographic limitations on the deployment of solar power plants.