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Chile's CNE sets stabilized prices for small generators: midday energy is worth CLP 0.2 and the market band adds CLP 38 per kWh

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Chile's CNE sets stabilized prices for small generators: midday energy is worth CLP 0.2 and the market band adds CLP 38 per kWh

Chile's National Energy Commission (CNE) has set the stabilized prices that small distributed generators (PMGD) that chose that regime will receive over the coming months. The calculation confirms what the market already shows: the average basic price of energy fell to CLP 23.666 per kWh, 74.5% below the average market price of CLP 92.888 per kWh, so the band rule required adding CLP 38.376 per kWh to every price. The CNE approved the final technical report with Exempt Resolution 606, dated November 2, 2026.

The most striking figure in the final technical report is in the daily blocks. Between 8:00 am and 3:59 pm, the basic energy price is CLP 0.1 to 0.7 per kWh at almost every node in the system, a reflection of abundant solar power. At the Polpaico 220 kV node, for example, the basic price between noon and 3:59 pm is CLP 0.182 per kWh, and between 8:00 pm and 11:59 pm it rises to CLP 15.295.

What the CNE set for small generators
$23.666/kWhAverage basic price-10.6% vs. April
$92.888/kWhAverage market pricefree and regulated contracts
$38.376/kWhAmount added by the bandto every time block
$0.182/kWhPolpaico, 12:00 to 15:59basic price before the band
View the data as a table
Average basic price$23.666/kWh
Average market price$92.888/kWh
Amount added by the band$38.376/kWh
Polpaico, 12:00 to 15:59$0.182/kWh

What PMGD stabilized prices are

PMGDs are plants of up to 9 MW connected to distribution grids, mostly solar farms. The small-scale generation regulation (Supreme Decree 88 of 2019) allowed them to sell their energy at a stabilized price set by the CNE every six months, instead of being exposed to the instantaneous marginal cost. Supreme Decree 1 of 2026 changed that regime, but its first transitory article keeps the previous rule for plants that had already opted for it; this calculation applies to them.

The method has two steps. First, basic energy prices are calculated for each node in six four-hour blocks, based on the marginal costs projected in August's short-term node price setting. Then the theoretical average price is compared with the average market price, which reflects the contracts of free customers and distributors. If the theoretical price falls outside a band around the market price, a constant amount is added until it reaches the edge of the band.

Indicator (national grid)April 2026November 2026Change
Average basic priceCLP 26.459/kWhCLP 23.666/kWh-10.6%
Theoretical average priceCLP 32.280/kWhCLP 28.565/kWh-11.5%
Average market priceCLP 99.010/kWhCLP 92.888/kWh-6.2%
Theoretical vs. market gap-67.40%-69.25%—
Lower limit of the band27.30%27.8%—
Amount added by the band—CLP 38.376/kWh—

Source: CNE, final technical report, November 2026 and Exempt Resolution 173 of April 2026. Exchange rate used: CLP 897.64 per dollar; discount rate: 10% real per year.

Stabilized prices by time block

With the band applied, stabilized prices range between CLP 38.5 and 53.7 per kWh across almost the whole system. At Polpaico 220 kV they go from CLP 38.558 (noon to 3:59 pm) to CLP 53.671 (8:00 pm to 11:59 pm); at Parinacota 220 kV, in Arica, from CLP 38.525 to CLP 52.987. In other words, the market band accounts for more than two-thirds of the price a PMGD receives at midday. In dollars, the range is roughly US$43 to US$60 per MWh.

Energy is nearly worthless at midday and pays at nightBasic energy price by 4-hour block, CLP/kWh, before the band
Parinacota (Arica)Polpaico (RM)Charrúa (Biobío)Puerto Montt
051015200-4h4-8h8-12h12-16h16-20h20-24hPolpaico (RM)Parinacota (Arica)Charrúa (Biobío)Puerto Montt
View the data as a table
Parinacota (Arica)Polpaico (RM)Charrúa (Biobío)Puerto Montt
0-4h1212117
4-8h1212118
8-12h0112
12-16h0002
16-20h7876
20-24h15151311

The shape of the day changes in the south. In Puerto Montt and Chiloé, where there is less solar and more hydropower, the midday basic price is CLP 1.9 to 2.1 per kWh and the night price CLP 11.1: the gap between day and night is smaller than in the north and center. In Puerto Montt, the stabilized price ranges from CLP 40.257 to CLP 49.485.

Node (220 kV)8:00-11:5912:00-15:5920:00-23:59Weighted average
Parinacota (Arica)CLP 0.176CLP 0.149CLP 14.611CLP 7.403
Crucero (Antofagasta)CLP 0.327CLP 0.150CLP 13.432CLP 7.264
Polpaico (Santiago region)CLP 0.508CLP 0.182CLP 15.295CLP 7.458
Alto Jahuel (Santiago region)CLP 0.508CLP 0.182CLP 15.345CLP 8.081
Itahue (Maule)CLP 0.662CLP 0.115CLP 12.708CLP 7.017
Charrúa (Biobío)CLP 0.522CLP 0.173CLP 13.343CLP 7.189
Puerto MonttCLP 1.881CLP 2.058CLP 11.109CLP 5.888

Source: CNE, stabilized and basic price calculation workbook, November 2026. Basic energy prices before the band, in Chilean pesos per kWh. The stabilized price is the basic price plus CLP 38.376.

Basic and stabilized price by substationCLP per kWh, November 2026. Stabilized = basic + 38.376
Parinacota0.14914.6117.40338.52552.987
Pozo Almonte0.14413.8017.43538.52052.177
Tarapacá0.16214.5727.66038.53852.948
Lagunas0.16414.5087.65138.54052.884
Crucero0.15013.4327.26438.52651.808
Encuentro0.16414.4887.86938.54052.864
Chuquicamata0.16514.6187.93638.54152.994
Calama0.16314.5087.91138.53952.884
María Elena0.16013.3707.18138.53651.746
Diego de Almagro0.16314.2307.73138.53952.606
Cardones0.16514.3337.77938.54152.709
Maitencillo0.16413.9157.47538.54052.291
Pan de Azúcar0.16914.5607.89238.54552.936
Los Vilos0.16515.1738.04238.54153.549
Quillota0.16815.0077.96038.54453.383
Polpaico 2200.18215.2957.45838.55853.671
Lampa0.17915.2727.72338.55553.648
Los Maquis0.18215.1008.30438.55853.476
Cerro Navia0.18315.3637.48938.55953.739
Chena0.18415.3687.48738.56053.744
Alto Jahuel 2200.18215.3458.08138.55853.721
Rancagua 1540.17815.7778.27238.55454.153
Itahue 2200.11512.7087.01738.49151.084
Ancoa 2200.14713.8787.15438.52352.254
Charrúa 2200.17313.3437.18938.54951.719
Hualpén0.26413.5757.32438.64051.951
Temuco0.18112.9176.67938.55751.293
Valdivia2.17111.4436.20740.35549.819
Puerto Montt2.05811.1095.88840.25749.485
Chiloé2.12711.0345.89940.31249.410
Rows of solar panels in the Atacama Desert under a cloudy sky
A photovoltaic plant in the Atacama Desert. Abundant solar power keeps the basic price of midday energy close to zero. Photo: ESO / Wikimedia Commons (CC BY 4.0).

Why midday energy is almost worthless

The basic price comes from projected marginal costs, and those costs are almost zero during the day because solar generation covers demand and often exceeds it. The system itself shows this in its operation: in October, marginal costs below US$5 per MWh already covered even three out of four early mornings north of Charrúa, thanks to batteries discharging at night.

For a solar PMGD, which produces precisely during those hours, the consequence is clear: without the market band, its energy would be worth almost nothing. With the band, it receives about CLP 38.5 per kWh at midday and a bit more in the first and last hours of sunlight. That is why several PMGDs have started adding batteries to shift their energy to the 8:00 pm to 11:59 pm block, the best paid. It is the same logic behind El Pelícano Solar's bond deal, which refinanced 21 PMGDs and will add storage to six of them.

Three electricity meters installed on the facade of a house
Electricity meters on a facade. PMGDs inject their energy into the same distribution grids that supply homes. Photo: Asurnipal / Wikimedia Commons (CC BY-SA 4.0).

How the prices are updated

The base stabilized prices are indexed every month to the average market price that the CNE publishes in the first five days of each month. The CNE received no comments on the preliminary report from August (Exempt Resolution 470), so the final report kept its results. The report now goes to the Ministry of Energy, which must issue the corresponding decree. The price signal arrives as storage expands quickly: the CNE expects 12,394 MWh of new batteries to come online in 2027, which should start to raise midday prices and lower night prices.

The change of regime under Supreme Decree 1 of 2026 is the backdrop to the debate. The government and industry groups have argued over how much distributed generation should be paid in a system where solar power is abundant during the day and scarce at night. While new projects go to the amended regime, older PMGDs keep receiving a price signal that, thanks to the band, depends more on market contracts than on their own marginal cost.

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Frequently asked questions

What is a PMGD?

A small distributed generation plant: a power plant of up to 9 MW connected to the distribution grid, usually solar.

What is the stabilized price?

A price set by the CNE every six months for each node and time block, at which PMGDs that chose that regime can sell their energy instead of the instantaneous marginal cost.

How much is energy worth at midday?

The basic price is CLP 0.1 to 0.7 per kWh across almost the whole system between 8 am and 4 pm. With the market band, the stabilized price is about CLP 38.5 per kWh.

Why is CLP 38.376 per kWh added?

Because the theoretical average price was 69.25% below the market price, outside the band, and the rule requires raising it to the 27.8% limit.

Does this affect electricity bills?

Not directly. The stabilized price is what PMGDs receive for their energy; household tariffs are set through other processes.