Produkty
menu item
Prospect
Odhadnite solárny potenciál vašej lokality
menu item
Evaluate
Time Series a TMY dáta pre optimálny dizajn elektrárne
menu item
Monitor
Hodnotenie fotovoltického výstupu v reálnom čase
menu item
Forecast
Predpoveď výroby solárnej energie na až 14 dní
menu item
Analyst
Spravujte všetky solárne dáta na jednom mieste
menu item
Integrácie
Automatizujte dodávku Solargis dát
Príklady použitia
menu item
Výber lokality
Nájdite správnu lokalitu pre váš solárny projekt
menu item
Simulácia energetického výnosu
Analyzujte potenciálne zisky a riziká
menu item
Optimalizácia návrhu elektrárne
Nájdite optimálny dizajn pre vašu solárnu elektráreň
menu item
Skutočný výkon elektrárne
Poznajte skutočný výnos vašej elektrárne
menu item
Predpoveď výkonu
Predpovedajte výnos z vášho solárneho projektu
menu item
Overenie pozemných dát
Overte si kvalitu solárnych a meteo meraní
Hodnotenie solárneho zdroja a meteorologických dát
Detailné hodnotenie a validácia solárneho zdroja
Prispôsobenie modelov Solargis lokalite
Kombinácia satelitných dát s lokálnymi meraniami
Kontrola kvality solárnych a meteorologických meraní
Oprava chýb v dátach z pozemných meraní
GIS dáta na mieru
Solargis GIS dáta prispôsobené pre vaše aplikácie
Posúdenie energetického výnosu z fotovoltiky
Odhadnite neistotu vstupných dát
Hodnotenie výkonu fotovoltiky
Odhad energie pre refinancovanie alebo akvizíciu
Štúdia PV variability a optimalizácie skladovania energie
Pochopte variabilitu výstupu naprieč regiónmi
Regionálna štúdia potenciálu solárnej energie
Identifikácia lokalít pre solárne elektrárne
Naša expertíza
Ako naša technológia funguje?
Metodológia
Ako preklápame vedu do technológie?
Knowledge base
Release notes
Príbehy klientov
Blog
Ebooky
Webináre
Publikácie
Udalosti
Bezplatné mapy a GIS dáta
Mapy solárneho výkonu
O spoločnosti Solargis
Partneri
ISO certifikáty
Kariéra

Táto stránka zatiaľ nie je preložená do slovenčiny. Pozrieť si ju môžete v angličtine.

New generation Solargis Evaluate: data, PV design & simulation, analysis, and reports in one cloud-based solution. Discover more ->

The solar energy market is filled with specialized tools for various stages of project development, from site selection and PV design to performance simulations and analysis. Despite the inefficiencies, substantial costs, and inconveniences of managing multiple applications and subscriptions for PV project evaluations, developers have long accepted this as the norm.

To illustrate this, the feasibility phase of PV project development requires many tasks to handle:

  • Obtaining reliable solar and meteorological data for the designated site
  • Creating a digital model of the future power plant at the site
  • Sourcing reliable specifications for PV components to ensure accurate layout and energy yield simulations
  • Optimizing the power plant design to meet specific business objectives, such as return on investment (ROI) and levelized cost of energy (LCOE)
  • Analyzing the results of energy yield simulations for actionable insights
  • Generating comprehensive reports to communicate with stakeholders and secure financing

Dealing with multiple applications and subscriptions to manage all of these tasks is a major challenge for developers.

First, maintaining multiple tools is costly. Beyond the financial burden, identifying the right applications for each task, integrating them into complex workflows, and managing multiple subscriptions is time-consuming and inefficient. There's also the need of transferring files between platforms, which makes it difficult to organize and access data seamlessly across workflows and teams.

In addition, the efficiency in industry is hampered by legacy data and silo software approaches that create room for evidence-lacking argumentation, false beliefs, and endless disputes, diverting attention from important topics. Many issues from the past have been already resolved by expert companies. The industry should be focusing on validated data-driven decisions to ensure healthy growth of projects, predictable performance and mitigating weather-related risks.

The solar industry needs a comprehensive solution that consolidates all functionalities into one

New generation Solargis Evaluate addresses all phases of solar project evaluation, up to due diligence, for developers, EPCs, technology suppliers, investors, and technical advisors.

Evaluate Energy System Designer 1

A leading principle was to carefully choose and implement the best available and practical science, assembling blocks of data, algorithms and technology into one system, to ensure maximum accuracy, performance, reliability and acceptance at any location, worldwide. 

Solargis Evaluate 2.0 offers a high level of transparency and trust to stakeholders, built on the principle that all data and models can be validated by real world measurements or independent approaches.

By integrating multiple functionalities, Solargis Evaluate 2.0 provides everything needed from start to finish, including solar, meteorological and environmental data, PV design, PV component data, accurate yield simulations, and analytical reports.

This eliminates the inefficiencies and offers a suite for assessing site suitability and evaluating options for an optimum design and performance. As a web-based platform, Solargis Evaluate 2.0 ensures that all projects are securely saved and backed up in the cloud.

Evaluate overview

Solargis Evaluate 2.0 is also the first solution of its kind to leverage 15-minute Time Series data, as a base case, spanning up to a 30-year historical period. This enables high-resolution simulations that account for both typical and extreme weather scenarios, considering also solar resource variability. While other tools rely on less accurate TMY (Typical Meteorological Year) data, Solargis Evaluate 2.0 integrates sub-hourly time series data, delivering more accurate energy yield predictions.

Drawing on 15 years of expertise in satellite-model solar data and photovoltaic yield simulation, Solargis Evaluate 2.0 arms the solar industry professionals with the most trusted datasets to ensure optimum PV power plant design and sustainable energy delivery. The new Evaluate covers everything you need to complete evaluation of your PV project – all in one place. 

Sign up for our newsletter below and be the first to find out more about the new Solargis Evaluate.

Keep reading

From Time Series to TMY: When to use each?
Best practices

From Time Series to TMY: When to use each?

All Solar industry players need to simulate their power plant designs and financial plans at some point. To do so against summarized conditions given by data products like Typical Meteorological Years has been common until recently. However, running energy simulations using more realistic conditions described by Multi-Year Time Series of data is recommended to reduce project risk and evaluate all scenarios.

Solargis' Monthly Reports: A new tool for PV performance reporting and assessment
Solargis news

Solargis' Monthly Reports: A new tool for PV performance reporting and assessment

This innovative Solargis Monthly Report enables portfolio managers and PV site operators to optimize operations and deliver clear insights to board members, senior management teams and C-suite decision makers about the performance of their PV projects.

Introducing Solargis Evaluate 2.0: A new standard for PV project design and evaluation
Solargis news

Introducing Solargis Evaluate 2.0: A new standard for PV project design and evaluation

Today, we launched Solargis Evaluate 2.0, the next generation of our Evaluate solution. The new Evaluate is a more advanced, cloud-based platform for complete PV project design and evaluation, equipping project developers and industry experts with all the tools needed to tackle the growing complexity of modern solar projects.