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About us
Who are we and what do we do?
We are aa company based in Aleksandrów Łódzki. We offer services in the field of small and large photovoltaics, car chargers and thermopumps. We specialize in installations and photovoltaic farms for individuals and businesses across Poland. We work closely with industry leaders on the market - T&T Proenergy, ARCHIGON Sp. z o. o. We know that electricity is an integral part of everyone's life, and great projects are our passion.
Tokenized photovoltaic power plants
The project involves the construction of two solar power plants with a total capacity of 1.4MW. Once the minimum fundraising amount is achieved, a 0.5 MW photovoltaic farm will be built. When the fundraising reaches the main target, we will be able to build the second solar power plant with the capacity of 0.9MW.
One of our biggest undertakings will be the construction of the photovoltaic farm. In Grudziądz, we will construct one of the largest solar power plants in Poland, with a total capacity of 0.9 MW, and the accompanying infrastructure.
Unlike traditional photovoltaic farms, our panels will be mounted on the rooftops of large buildings, such as factories, and therefore optimizing the use of land.
However, this will not affect the maintenance costs of our photovoltaic farm, which are much lower than in the case of conventional power generating methods. We have already received all the environmental and construction permits and the formalities for the power connection of the farm are underway. They are expected to take about two months.
Photovoltaic cells over a very long period of time produce energy from an infinite source on a human scale - the solar radiation. Unlike other types of power plants, they do not require the supply of fossil fuels, do not emit exhaust fumes and do not generate noise. They have a negligible impact on the fauna and flora in the area. They are easy to dismantle when needed, and use recyclable materials.
The market and competition
The developing market of photovoltaics in Poland
Photovoltaics is a field of science that focuses on the technology of obtaining electricity from a renewable source - sunlight. Photovoltaics proposes the use of photovoltaic panels, which convert solar energy into electricity. Then, with the help of so-called inverters this energy is converted into alternating current, which is used in our electrical installations.
Development and popularization of photovoltaic technology will allow us to introduce environmentally friendly solutions to the energy sector. The use of photovoltaic panels is not only in line with the principles of sustainable development, but is also a very economically viable alternative to conventional energy sources.
Photovoltaics is developing rapidly in Poland. It is one of the gigawatt electricity generating technologies, which causes the total installed PV capacity to keep growing. As of October 2019, the cumulative capacity was more than 1,000 MW, and by the end of 2019, the total PV capacity was equal to almost 1,500 MW (about three times the power increase compared to 2018). And in the first quarter of 2020, the total PV capacity exceeded 1,800 MW.
Advantages:
- Environmentally friendly (no need to burn conventional fuel - low carbon emission),
- Low maintenance costs compared to existing forms of energy production,
- Increasing interest in renewable energy sources.
Disadvantages:
- Strictly dependent on weather conditions and season,
- Expensive investment occupying a large area (land).
Despite strong dependence on weather conditions, high investment cost and the need for a large land area, photovoltaic farms are not inferior to other forms of electricity generation technology due to a number of advantages that traditional energy generating technologies cannot offer. Photovoltaic farms are a low-emissions energy source, and therefore are environmentally friendly. Moreover, they are part of the global trend of renewable energy sources, which attracts the interest of many investors. Yet another important factor is that such farms require low maintenance costs compared to existing solutions.
According to the analyses of IEO (Institute for Renewable Energy), power plant projects with power capacity between 0.5 and 1 MW are still the ones most widely developed. As of the first quarter of 2020, there were 2786 such projects with issued conditions for grid connections. Their total capacity amounted to 2.561 GW. It means that our company is a part of one of the fastest growing markets in Poland - a market, which has the potential to become the most attractive in terms of investment.
The development of the photovoltaic market is supported by the European Union. EU policy supports the introduction of low-emission technologies, emphasizing renewable sources and efficient energy management in order to reduce greenhouse gas emissions. The EU’s intinitative by the name of Energy Union aims to popularize clean energy and increase the competitiveness of the renewable energy market in Europe. Poland is among the member states with the highest increase in the installed capacity of photovoltaic power plants, ranking 4th in the EU ranking of 2020.
Investment objectives
How will we spend the raised funds?
The collected funds will be used primarily for the construction of photovoltaic farms, obtaining the required documentation and legal services for the investment. In addition, part of the funds will be used for marketing the entire project and a commission for the Tecra Space platform.
DARIUSZ WRÓBLEWSKIPut the potential of green infrastructure to work for you.
The advantage we have over our competitors is our practical experience in construction, implementation and elaboration of grid connections with Polish operators, as well as utilization and management of photovoltaic power plants. Do not let others outdo you. We will take care of everything from start to finish!
Financial data for investors
We present financial data for those interested in supporting the photovoltaic farms project by Expanse Plus. Below you will find basic information about the SUN Token and calculations of the annual electricity production from the photovoltaic farms. Additionally, in this tab you will find information on how the funds from the collection will be allocated, as well as what are the financial forecasts for the 0.5MW farm and for the entire project.
SUN Token details
SUN Token - Expanse Plus | |
---|---|
Number of tokens on sale | 1 500 000 SUN |
Tokens that are not sold will be | Burned |
Private round price | 0,92 USDT |
Public round price | 1 USDT |
TCR token purchase limit* | 1000 SUN |
Percentage of revenue | 80% |
The period of token repurchase | 15 years |
Beginning of the repurchase | Q1 2022** |
Frequency of repurchase | Quarterly |
ROI soft cap | 10.51 % |
ROI hard cap | 10.95 % |
*in future collections conducted on Tecra Space the share of TCR will be larger. Once the limit is reached, further purchase is possible via ETH or USDT.
**Or at the creation of the CEX/DEX exchange.
Annual electricity production
Example calculation of annual electricity production
from 1 MW of the farm
Allocation of collected funds
What will the funds from the collection be used for?
Funds collected during the collection will be used primarily for the construction of photovoltaic farms, obtaining the required documentation and legal services for the investment. In addition, part of the funds will be used for marketing the project and commissions for the Tecra Space platform.
Long-term financial forecast
Financial projections at a minimum collection threshold (0.5MW Farm) | |||||||
---|---|---|---|---|---|---|---|
No. | Year | Average price | Production | Net revenue | Buying rate per year: | Annual token | Total amount of |
1. | 2022 | 84,21 USD | 490,00 | 41 263,16 | 80% | 33 010,53 | 33 010,53 USD |
2. | 2023 | 88,42 USD | 489,27 | 43 261,33 | 80% | 34 589,47 | 67 619,59 USD |
3. | 2024 | 92,84 USD | 488,53 | 45 356,26 | 80% | 36 285,01 | 103 904,59 USD |
4. | 2025 | 97,48 USD | 487,80 | 47 552,63 | 80% | 38 042,11 | 141 946,70 USD |
5. | 2026 | 102,35 USD | 487,07 | 49 855,37 | 80% | 39 884,29 | 181 830,99 USD |
6. | 2027 | 107,47 USD | 486,34 | 52 269,61 | 80% | 41 813,06 | 223 646,69 USD |
7. | 2028 | 112,85 USD | 485,61 | 54 800,77 | 80% | 43 840,62 | 267 487,30 USD |
8. | 2029 | 118,49 USD | 484,88 | 57 454,50 | 80% | 45 963,60 | 313 450,90 USD |
9. | 2030 | 124,42 USD | 484,15 | 60 236,73 | 80% | 48 189,39 | 361 640,29 USD |
10. | 2031 | 130,64 USD | 483,42 | 63 153,70 | 80% | 50 522,96 | 412 163,24 USD |
11. | 2032 | 137,17 USD | 482,70 | 66 211,91 | 80% | 52 969,53 | 465 132,78 USD |
12. | 2033 | 144,03 USD | 481,98 | 69 418,23 | 80% | 55 534,58 | 520 667,36 USD |
13. | 2034 | 151,23 USD | 481,25 | 72 779,87 | 80% | 58 223,84 | 578 891,20 USD |
14. | 2035 | 158,80 USD | 480,53 | 76 314,69 | 80% | 61 043,33 | 639 934,53 USD |
15. | 2036 | 166,73 USD | 479,81 | 79 999,19 | 80% | 63 999,36 | 703 933,89 USD |
Financial projections at a maximum collection threshold (1.4MW farms) | |||||||
---|---|---|---|---|---|---|---|
No. | Year | Average price | Production | Net revenue | Buying rate | Annual token | Total amounts of |
1. | 2022 | 84,21 USD | 1372,00 | 115 536.84 | 80% | 92 429,47 | 92 429,47 USD |
2. | 2023 | 88,42 USD | 1369,94 | 121 131.71 | 80% | 96 905,37 | 189 334,84 USD |
3. | 2024 | 92,84 USD | 1367,89 | 126 997.52 | 80% | 101 598,01 | 290 932,86 USD |
4. | 2025 | 97,48 USD | 1365,84 | 133 147.37 | 80% | 106 517,90 | 397 450,76 USD |
5. | 2026 | 102,35 USD | 1363,79 | 139 595.03 | 80% | 111 676,03 | 509 126,78 USD |
6. | 2027 | 107,47 USD | 1361,74 | 146 354.92 | 80% | 117 083,94 | 626 210,72 USD |
7. | 2028 | 112,85 USD | 1359,70 | 153 442.16 | 80% | 122 753,73 | 748 964,45USD |
8. | 2029 | 118,49 USD | 1357,66 | 160 872,60 | 80% | 128 698,08 | 877 662,53 USD |
9. | 2030 | 124,42 USD | 1355,62 | 168 662,85 | 80% | 134 930,28 | 1 012 592,81 USD |
10. | 2031 | 130,63 USD | 1353,59 | 176 830,35 | 80% | 141 464,28 | 1 154 057,09 USD |
11. | 2032 | 137,17 USD | 1351,56 | 185 393,36 | 80% | 148 314,69 | 1 302 371,77 USD |
12. | 2033 | 144,03 USD | 1349,53 | 194 371,03 | 80% | 155 496,83 | 1 457 868,60 USD |
13. | 2034 | 151,23 USD | 1347,51 | 203 783,45 | 80% | 163 026,77 | 1 620 895,36 USD |
14. | 2035 | 158,80 USD | 1345,49 | 213 651,66 | 80% | 170 221,33 | 1 791 816,69 USD |
15. | 2036 | 166,73 USD | 1343,47 | 223 997,75 | 80% | 179 198,20 | 1 971 014,89 USD |
In response to your inquiries we have prepared a list of FAQs
Here are the major milestones in our company's development
Q1 2021
Q1 2021
Lease agreement
Signing of a lease agreement for the photovoltaic farms construction for a period of 29 years.
Q1 2021
Q1 2021
Environmental conditions
Fulfilment of required environmental conditions related to the construction of photovoltaic farms.
Q1 2021
Q1 2021
Development project
A preparation and execution of the development project for the photovoltaic farms construction.
Q1 2021
Q1 2021
Development conditions
Fulfilment of all required development conditions and defining their parameters.
Q1 2021
Q1 2021
Building Permit
Obtaining the construction permit for the photovoltaic farms.
Q3/Q4 2021
Q3/Q4 2021
End of collection
Completion of SUN token issue on Tecra Space platform.
Q2/Q3 2022
Q2/Q3 2022
Start of farm construction
Commencement of construction of the photovoltaic farm in accordance with the emission assumptions.
Q2/Q3 2022
Q2/Q3 2022
Grid connection
Connection and conclusion of electricity distribution agreement.
Q2/Q3 2022
Q2/Q3 2022
Technical acceptance
Launch of electricity distribution into the grid.
Q2/Q3 2022
Q2/Q3 2022
Official opening
The start of electricity generation in accordance with the project objectives.
Brief presentation
3 files
2021-03-26
Fundraising terms of conditions
1 files
2021-04-27
Terms and conditions of token sale for Expanse Plus Project
1 files
2024-12-03
Investment process
3 files
2021-06-27