The calculation is made according to a sunny summer day
ENERGY WHERE THE GRID IS EXPENSIVE OR UNAVAILABLE
Autonomous solar power plant for remote facilities
Power supply for farms, posts, communication, pumps, and small facilities calculated for the worst season.
MAIN RESULT
Autonomy is calculated from daily energy, peak currents and period without sufficient sun. The client knows the constraints and the backup source in advance, rather than discovering them after the first cloudy week.
PRACTICAL SCENARIO
How the solution helps in a real-world situation
The remote communication post is powered by panels and storage, monitors charge, and transmits status remotely. In prolonged energy shortages, the system reduces secondary load and initiates the agreed reserve.
WHERE THE RESULT IS LOST
The problem is rarely located in a single device
We check the project, installation, settings, power, data, and maintenance as a single chain.
They do not take into account the starting current of a pump or compressor
Batteries operate at an unsuitable temperature
For diagnostics, you have to go to the site without data
SCOPE OF WORK
What we design and inspect
Work boundaries and acceptance criteria are recorded before equipment purchase
- 01
Measuring Daily and Peak Load
- 02
Simulating the worst season and offline days
- 03
We design priorities and backup power source
- 04
We set up remote monitoring and emergency thresholds
HANDOVER TO THE CLIENT
What remains with the owner of the system
- Daily Energy Balance
- Seasonal Scenarios
- Load limitation plan
- Remote Diagnostics
- Regulations for departure and stock of components
BEFORE ORDER
Questions: autonomous spp
Short answers to questions that affect the composition, cost, and reliability of the solution.
01Can you completely do without a generator?
Sometimes yes, but the cost of the storage and array increases due to the worse season. We compare the cost of full autonomy and rare generator use.
02How to power the pump?
We consider operating power, starting current, lift height, filling mode, and the ability to work mainly during daylight hours. Sometimes a storage tank is more advantageous than a large battery.
03What happens on cloudy days?
The system uses battery reserve, limits secondary load, or connects the backup. The permissible sequence is determined together with the owner.
04Can I monitor the station remotely?
Yes, if there is a communication channel. We transmit the battery status, generation, load and errors; For a weak connection, choose the minimum amount of data.
05How does frost affect?
Temperature changes the available capacity and permissible charging modes of batteries. We select chemistry, placement, insulation, or heating according to the site's climate.
06Can I expand the station later?
Yes, if the controllers, inverter, battery bus, and design are rated for phasing. Incompatible mixing of old and new batteries is excluded.
ENGINEERING CONSULTATION
Let's discuss: autonomous spp
Send the city, facility purpose, photos or plan and the current problem. Let's determine the initial data for a accurate proposal.