Solar energy in northern conditions
Within the SunCold project, RISE has produced a handbook with guidelines on how solar panels should be installed in northern conditions.
Tips For Using Solar Panel in Hot Climates
Choosing the appropriate type of solar plate is crucial for maximizing efficiency, especially in hot climates. Efficient solar panels,
Solar Module Design for Nordic Climates: Snow
Discover the engineering needed for solar modules in Nordic climates. Our guide covers designing for heavy snow load, low light, and
Solar Power in the Arctic (2026) | 8MSolar
Successfully implementing solar power in the Arctic requires system design that accounts for these unique seasonal patterns. Panel positioning becomes central in these
Tips For Using Solar Panel in Hot Climates
Choosing the appropriate type of solar plate is crucial for maximizing efficiency, especially in hot climates. Efficient solar panels, such as those made of single crystal or
How to Design a Solar System for Extreme Weather Conditions
Learn how to design a solar system that withstands extreme weather conditions. Discover expert tips, materials, and best practices for durability and efficiency.
Solar Power in the Arctic (2026) | 8MSolar
Successfully implementing solar power in the Arctic requires system design that accounts for these unique seasonal patterns. Panel
High Latitude Solar Heating Using Photovoltaic Panels, Air
Abstract A solar community of 100 passive houses was designed for high latitude Finnish conditions. Typical solar thermal energy generation was replaced by solar electric system
Outsmarting congestion: How efficient solar design helps navigate
Learn how Nordic operators and solar developers are adjusting to tighter grid conditions and how policy and design decisions are keeping projects on track.
Solar Module Design for Nordic Climates: Snow & Low Light
Discover the engineering needed for solar modules in Nordic climates. Our guide covers designing for heavy snow load, low light, and bifacial technology.
Influence of technical failures on the performance of an optimized
Solar heating technology is a feasible solution among clean energy technologies. In real conditions such complex systems often suffer from different kinds of technical failures
Techno-economic optimization and analysis of a high latitude
Figure 2: The heating system consisted of solar thermal collectors, two buffer tanks, a borehole seasonal energy storage and a heat pump. Parallel connection allowed solar collectors to...
High-Temperature Solar Thermal Systems
This book explores the recent technological development and advancement in high-temperature solar thermal technologies, offering a comprehensive guide to harnessing solar energy for