Feasibility before commitment
Livora Gitozo is an informational platform for communities, housing cooperatives, and small municipalities exploring wind, solar, or biomass systems at a local scale. We focus on one question first: is this technically realistic for your site, before anyone talks about equipment or budgets.
Most information available to cooperatives starts with a product: a turbine, a panel brand, a boiler. We start earlier than that. Before any equipment conversation makes sense, a handful of technical questions need honest answers.
Does the site receive enough wind at a usable height? Is the roof or land oriented and shaded in a way that makes solar worthwhile? Is there a steady, local, legal supply of feedstock for biomass, and somewhere sensible to store it? These questions have answers rooted in geography, climate data, and local infrastructure, not in marketing material.
We explain how those answers are found, what tools and data are typically used, and which red flags tend to end a project early. Nothing here is a substitute for a licensed site engineer or a grid operator's formal review. It is the layer of understanding that helps a cooperative ask better questions before commissioning one.
Wind, solar, and biomass behave differently at small scale. A fourth category, combined systems, matters because most real cooperative sites end up weighing more than one option at once.
Small and mid-size turbines depend heavily on average wind speed at hub height, turbulence caused by nearby buildings or tree lines, and noise or shadow limits set by local rules. A site that looks windy at ground level is not always windy where the rotor will actually sit.
Orientation, tilt, shading from neighboring structures, and roof structural capacity decide more of the outcome than panel efficiency does. A modest, well-oriented array frequently outperforms a larger one placed without checking these basics first.
Biomass systems live or die on a reliable supply chain: agricultural residue, wood processing waste, or dedicated crops that can be sourced consistently and stored without spoilage. Feasibility here is mostly a logistics and moisture-content question.
Many cooperatives end up blending sources or pairing generation with storage to smooth output. Combining systems adds interconnection complexity, so the feasibility questions from each source apply together, not separately.
Before the numbers get exciting
It is meant to tell a cooperative what is worth investigating further, and what is not worth pursuing given the site's constraints. It does not predict exact output, exact savings, or exact payback. Anyone offering those figures before a proper technical study has been done is skipping steps that matter.
Public wind maps, solar irradiance datasets, and regional biomass availability records give a first, low-cost read on whether a location is worth a closer look.
Shading, structural loads, access roads, noise buffers, and permitted land use narrow the desk-based estimate down to something realistic for the actual plot.
Even small systems need to connect somewhere. Local grid capacity, metering arrangements, and utility requirements shape what is actually installable.
A clear technical picture lets a cooperative decide whether to commission a formal engineering study, wait for better conditions, or move on to a different source entirely.
Photographs help set expectations. Small-scale rarely means small in visible footprint.
Each program page walks through what a specific evaluation actually checks, what information you would need to gather beforehand, and what kind of outcome to expect. It is written so a cooperative board can understand it without a technical background.
Browse the programsThis platform is informational. It does not sell equipment, arrange financing, or issue engineering certifications. Any figures discussed are illustrative, not promises of performance.
