Operation and Scaling
The first project is not the goal: it is the proof. With 6-12 months of real data, the municipality can replicate the model, access scaled financing, and -- with 5 communities -- federate.
Monitoring dashboard
This is what the dashboard looks like that the community and municipality receive from the remote monitoring system.
The four charts in this section contain SAMPLE data
None of these figures is a measurement. They are an illustrative mockup of what the dashboard would look like, built so you know what to expect from the monitoring system before contracting it. The magnitudes are anchored to the Playbook's 200 kWp example (Ch. 5.4: 200 kWp x 5.0 kWh/m2/day x 365 x 0.80 = 292,000 kWh/year), but the shape of the series -- the month-to-month variation, the seasonal curve -- is invented for demonstration purposes: the Playbook does not publish any monthly time series from any project. Do not cite these numbers in a report to the Council.
Monthly generation Sample
Sample data, not measured. Actual Playbook KPI (Ch. 20.1): generation must be ≥ 90% of the P50 estimate, measured monthly. The target capacity factor is ≥ 15% and system availability ≥ 98%.
Monthly bill savings Sample
Sample data, not measured. Actual Playbook KPI (Ch. 20.1): savings per household ≥ COP $50,000/month, measured monthly. O&M cost must stay ≤ COP $30/kWh, measured quarterly.
Cumulative CO2 avoided Sample
Sample data, not measured. Actual formula (Ch. 23.2): CO2 avoided (tCO2/year) = generation (MWh/year) x grid emission factor. Colombia's SIN (national interconnected system) factor is ~0.126 tCO2/MWh (2024, XM); in ZNI zones where solar displaces diesel, it rises to ~0.80 tCO2/MWh. For 292 MWh/year: 292 x 0.126 = 36.8 tCO2/year, equivalent to ~1,840 trees.
Active vs. registered members Sample
Sample data, not measured. Actual Playbook KPI (Ch. 20.1): active members must remain ≥ 90% of registered members, measured quarterly. This is the indicator that first warns when a community is going dormant.
The KPIs that are actually defined
This table is not a sample: these are the targets and frequencies the Playbook establishes. Require them in the O&M contract.
| Category | Indicator | Target | Frequency |
|---|---|---|---|
| Generation | Energy generated (kWh/month) | ≥ 90% of P50 estimate | Monthly |
| Generation | Capacity factor (%) | ≥ 15% (solar) | Monthly |
| Generation | System availability (%) | ≥ 98% | Monthly |
| Economic | Bill savings per household (COP/month) | ≥ COP $50,000 | Monthly |
| Economic | Surplus energy revenue (COP/month) | Per projection | Monthly |
| Economic | O&M cost (COP/kWh) | ≤ COP $30/kWh | Quarterly |
| Environmental | CO2 avoided (tCO2/month) | Per SIN emission factor | Quarterly |
| Social | Number of active members | ≥ 90% of registered | Quarterly |
| Social | Jobs generated (direct + indirect) | Per plan | Semi-annual |
| Governance | Assemblies held | ≥ 1 ordinary/year + extraordinary | Annual |
| Governance | Financial reports submitted | 4 per year (quarterly) | Quarterly |
Reporting channels (Ch. 20.3)
- Community WhatsApp -- members -- weekly -- short message with generation and savings
- Physical community dashboard -- general community -- monthly -- printed infographic at the community hall
- Digital dashboard -- board of directors and municipality -- permanent -- web or mobile app
- Council report -- council members -- semi-annual -- formal presentation with indicators
- RUCE report -- Ministry of Mines and Energy -- annual -- official format
Maintenance: what it really costs (Ch. 21)
Preventive: panel cleaning monthly or bimonthly (COP $50,000/session, trained community team) -- monthly visual inspection (no cost) -- quarterly inverter check (included in O&M contract) -- semi-annual vegetation trimming (COP $100,000/session) -- annual complete electrical inspection (COP $500,000-1,000,000) -- annual structural review (COP $300,000-500,000).
The two big expenses to budget from day one: inverter replacement comes at year 10 to 15 (COP $5-15M depending on size) and, if batteries are included, their replacement comes at year 8 to 12. The Playbook recommends an inverter replacement fund of COP $500,000-1,000,000/month, a battery fund of COP $1,500,000/month, and insurance against theft, vandalism, and natural events at COP $200,000-500,000/month.
The community can handle basic maintenance (Ch. 21.2)
With 8 hours of training: basic electrical safety (never touch components with wet hands or during a thunderstorm), cleaning procedure (clean water and soft cloth, at dawn or dusk -- never in full sun), visual inspection, monitor reading, and reporting protocol.
SENA (Colombia's national vocational training service) offers certification in "Residential Electrical Installations" and "Design and Assembly of PV Systems." In Isla Grande (Islas del Rosario), more than 20 islanders were SENA-certified in these skills.
From 1 project to a federation
Click each stage to see what is needed to reach the next one.
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1 project -- 100-200 kWp -- COP $700M-1,100M
Months 1-12To move to the next stage, 6-12 months of real operating data are needed. Do not replicate on a promise; replicate on a dashboard.
Step 1 -- Document results: compile actual data on generation, savings, and satisfaction; identify lessons learned and improvements.
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3-5 projects -- 500-1,000 kWp -- COP $2,500M-5,000M
Months 12-24Step 2 -- Socialize with other communities: guided visits to the operating project, testimonials from benefiting members. The "local champions" from the first project become ambassadors -- this is the cheapest and most credible communications asset the municipality has.
Step 3 -- Replicate the model: same legal structure (community association) and financial structure (trust fund). The same solar operator may offer better prices for volume, and regulatory processes are faster with the first project as precedent.
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10-20 projects -- 2-5 MWp -- COP $8,000M-20,000M
Months 24-48Step 4 -- Access scaled financing. With performance data in hand, sources open up that do not look at a standalone project: MAF/GGGI (EUR 16.8M for Colombia), Journey Fund (USD $100M for Colombia), and programmatic credit lines negotiated with Bancoldex and Findeter.
Watch the regulatory ceiling: CREG 101 072 limits each energy community to 5 MW. A 2-5 MWp portfolio is built with several communities, not a single larger one.
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Second-tier cooperative -- minimum 5 member communities
When 5+ are operatingWith 5 or more energy communities operating, the municipality can promote a Second-Tier Cooperative under Ley 79 of 1988, Art. 92. The federation groups the municipality's communities -- and eventually those of neighboring municipalities --, negotiates better terms with grid operators and suppliers, accesses larger-scale financing, represents community interests before the departmental and national government, and coordinates training and technical assistance.
Phase 2 -- Conversion to a formal cooperative (Ch. 22.4). After 2-3 years of successful operation as an association, communities can convert to cooperatives under Ley 79 of 1988. This grants access to: a 20% income tax rate on surpluses (vs. the general 35%), the DGRV/IDB Lab LAC E-Coop program, full cooperative governance, and conversion of CPCs to cooperative shares without losing economic rights. Tradeoff: mandatory funds of 20% of surpluses for education and 10% for solidarity. Supersolidaria (the cooperative superintendency) approval takes 6-9 months.
Municipal impact calculator
Project the aggregate impact of a portfolio of energy communities in your municipality.
The project is operating. Now replicate it.
The Part VI templates -- Resolution, Founding Minutes, Bylaws, Agreement, ToR, and Pre-investment Checklist -- are ready for the second project.