Solar

PV calculator

Advanced PV Calculation Tool

Harness the Power of Sunlight with Precision Planning

versions

Below, you can view and track all versions of our Solar PV Calculation Tool.

Stay informed about the latest updates, enhancements, and new features as we continue to evolve and improve our platform.

2.0.0

Release Date: 24.02.28

Bug Fixes:

– Resolved the bug where users would receive validation errors if inputting values exceeding 24 hours, ensuring smooth operation and accurate data.

– Added validation for every input field with descriptive error messages, helping users understand any issues encountered during data entry.

User Experience Improvements: Your satisfaction is our top priority, and we’ve made significant improvements to the user interface to ensure a seamless experience:

Enhancements:

Enhanced Section Descriptions: To provide clear guidance and enhance usability, we’ve added descriptive text for every section within the app. Now, you’ll have detailed instructions to help you understand the input requirements for each field, making your interactions more efficient.

1.2.0

Release Date: 24.02.15

New Battery Configuration Tool:
Introduced a tool to help users determine the optimal series and parallel configuration of batteries based on the calculated system requirements, enhancing system efficiency and compatibility.
Performance Enhancements: Implemented significant backend optimizations to speed up calculation times, especially for users calculating requirements for extended periods.

Enhancements:

Enhanced Solar Hours Input: Solar hours input has been improved to allow for more precise entry of decimal values, enabling users to specify their solar hours with greater accuracy.
Voltage Flexibility: Added support for systems that might operate on voltages other than 220V or 110V, allowing for more flexible system design.

Fixes:

Max Charging and Discharging Amperes Validation: Fixed a validation issue where users could enter values for max charging and discharging amperes that were not realistic, leading to inaccurate system sizing.