Solar feasibility in Portugal is often based on simplified assumptions.
Orientation ≠ real performance.
Trees, slope and hourly shading matter more than most proposals admit.
I’m building something to fix that ↓
In the article I cover:
- PDAL pipeline structure
- running pipelines from Python
- returning results as NumPy arrays
- clipping and merging point clouds
- creating a GeoTIFF DEM from a LAZ file
I published a practical guide to PDAL pipelines in Python for point cloud workflows.
Examples include clipping, merging, NumPy export, and DEM generation from LAZ
Curious what tools others use for point cloud processing in production or research.
https://t.co/yAamBQ8AwV
#gis
@won__sikkk Now that I’ve looked into outreach, I realize I made my first email way too complicated—I sent a demo report right in the first message. My current theory is that you shouldn’t include so much information in the first email.
Quick update:
- created a list of 80 potential clients
- started sending emails, sent over 30
- received one response - a request for pricing
- LinkedIn posts about technologies and products
- adding people from target companies as friends.
#SolarPower
@won__sikkk I created an email template and customized each email slightly—changing the recipient's name and adding a call to action at the end of the email
How I launched my startup, Sun Potential 3D, using GIS and AI.
I started by listing every bit of my experience — work, volunteering, hobbies — and fed it into ChatGPT. I asked for 30 startup ideas with high potential. One of them became the core of Sun Potential 3D. ☀️
This is a way to accurately assess solar energy potential before visiting a specific site.
- Less guesswork.
- Fewer unnecessary visits to unpromising sites.
- More engineering solutions.
- More realistic expectations.
I don't know how large-scale this will be.
Stay tuned.
I've been working in ecology and conservation for over 20 years.
And I've thought a lot about solar potential, which is often perceived as an abstraction.
But it's physics. Geometry. Shadows. Radiation intensity.
It can be measured.
More below ↓
#Solar#EnergyTransition
I always knew spatial data could change industries.
Across Europe, high-quality LiDAR datasets became open.
But open data without practical tools remains abstract.
LiDAR point clouds, DSM, irradiance models —
these are not just datasets.
I decided to build Sun Potential 3D
Solar feasibility in Portugal is often based on simplified assumptions.
Orientation ≠ real performance.
Trees, slope and hourly shading matter more than most proposals admit.
I’m building something to fix that ↓
I’m building this solo and sharing the process in public.
Expect:
– Real Portuguese roof case studies
– Data breakdowns
– Workflow details
– Pricing experiments
– Lessons from building a niche energy product
#BuildInPublic#SolarEnergy