Save money

Power generation in the classical model means:

mining fossil fuels (hard coal, lignite coal, natural gas, uranium)
generating electrical energy in conventional and nuclear power stations
transmission and distribution hundreds of kilometres away
energy policy implemented by states and large groups

wykres_en

The price of 1 kWh includes the costs of mining, generating and transmitting electrical energy.

When paying for the actually supplied energy, each of us covers also costs of low efficiency of the conventional energy generation (circa 60% of energy loss in the generation and transmission process) and extremely high costs incurred for reducing the negative impact of this energy sector on the natural environment.

You pay too much and, additionally, you are 100% dependent on the system in which electricity prices increase and you cannot rely on supply stability.

By building your own energy source, you build your energy independence, protect the natural environment, and – in the first place – you SAVE MONEY!

Examples of savings

Company no. 1

Annual electrical energy demand: 232 MWh,

Photovoltaic (PV) power station capacity 20 kWp

Contract model: SUBSCRIPTION FOR SAVINGS

Annual costs (fixed prices):	Before contract conclusion	During the contract term	After contract termination
electrical energy from the grid	PLN 102.528	PLN 94.583	PLN 94.583
energia elektryczna z PV	PLN 0	own	own
abonament	PLN 0	PLN 24.000	PLN 0

Fixed subscription fee – not subject to indexation!
Savings through generation of your own energy from PV amount to as much as PLN 7,945 in the first year upon singing the contract!
The total Customer’s profit is PLN 208,666, which means covering bills for electrical energy from the grid for almost 2 years!
Savings for the company are nearly three times as high as the photovoltaic power station subscription fee!

Solar energy and photovoltaic power station expenditures*

Savings versus costs over 25 years*

* energy cost with the price increase forecast (5% per annum) and loss of PV capacity (1% per annum) taken into account,

Check the offer!

Company no. 2

Annual energy demand: 958 MWh,

Photovoltaic (PV) power station capacity 100 kWp,

Contract model: PHOTOVOLTAIC POWER STATION SUBSCRIPTION FEE … STARTING AT 1 ZLOTY,

Caldoris takes over utilities management for 5 years.

Annual costs (fixed prices):	Before contract conclusion	During the contract term	After contract termination
electrical energy from the grid	PLN 267.425	PLN 242.298	PLN 242.298
electrical energy from PV	PLN 0	PLN 25.127	own
subscription fee	PLN 0	PLN 78.000ł	PLN 0

Fixed subscription fee – not subject to indexation!
The total Customer’s profit is PLN 513,450, which means covering bills for electrical energy from the grid for almost 2 years.
Savings for the company are over twice as high as the photovoltaic power station subscription fee!

Solar energy and photovoltaic power station expenditure*

Savings versus costs over 25 years*

* energy cost with the price increase forecast (5% per annum) and loss of PV capacity (1% per annum) taken into account,

Check the offer!

Company no. 3

OWN micro CHP STATION

Assumptions (a sports and recreation facility with a swimming pool):

Contract term – 5 years
Use of heating water at temp. of 80°C
Installation capacity 250 kWe (427 kWt)
Annual utilities costs – PLN 1,195,544 net
Estimated annual electrical energy generation – 1,728,292 kWh
Estimated annual thermal energy generation – 2,955,380 kWh
Estimated costs of equipment, including assembly – PLN 2,136,917 net
Annual electrical energy price index – 3.2%
Annual natural gas price index – 1.7%
Customer investment amount – PLN 663,609 net

Key benefits for the Customer:

Reduction in the facility running costs: amount of aggregate savings in a 20 years’ installation operation cycle (PLN)	7 066 310
Level of the energy independence achieved	94%
The ratio of aggregate savings from 20 years to the current annual costs of utilities	591%
Installation price on contract termination (PLN)	1

Costs of electrical and thermal energy of a facility

Aggregate savings due to the operation of the micro CHP installation over 20 years cover the current annual costs of electrical energy purchase and heat production nearly 6 times

Check the offer!

Do you have questions?
Do you need advice
or consultation?

Contact our consultant!