Product Design

Solar backpack

We have launched a lightweight solar-powered outdoor backpack. Interface variant including USB, type-C.

HK$1,375

pledged of HK$5,000 goal

1 backers

48 days to go

4 reward tiers

Back on Kickstarter ↗

About This Project

ENERCO’s flagship solar backpack series integrates ergonomic load distribution, intelligent gear organization, military‑grade durable materials, and lightweight flexible solar panels to provide continuous power for smartphones, lights, and other essential devices during outdoor adventures. The design focuses on reducing fatigue, keeping gear organized, and withstanding extreme environments while delivering reliable solar energy. With a commitment to sustainability, ENERCO aims to make clean energy accessible wherever explorers go, combining technology and nature in harmony.

Key Highlights

 ▸ Ergonomic Load Distribution System reduces fatigue by balancing weight across shoulders, back, and hips. 

 ▸ Intelligent Gear Organization provides multi‑compartment storage for quick access to water, food, tools, and electronics. 

 ▸ Integrated Solar Power System uses lightweight flexible panels to generate power from sunlight for charging devices on the move. 

Technical Specs

Spec	Details
Product type	Solar-powered backpack
Key features	Ergonomic load distribution, intelligent gear organization, military-grade materials, integrated solar panels
Materials	High-density tear-resistant fabric
Solar panel type	Lightweight flexible solar panels
Lowest price (HKD)	300
Highest price (HKD)	1,350

Reward Tiers

backers

No reward

HKD

~$2 USD

Back it because you believe in it. Support the project for no reward, just because it speaks to you.

backers

Power bank

HKD300

~$39 USD

Power bank

backers

Limited edition

HKD1,200

~$154 USD

Limited edition

1 backers

Ultra edition

HKD1,350

~$173 USD

solar backpack and power bank

Risks & Challenges

The project faces risks including potential overweight and ergonomic issues, variable solar efficiency in real‑world conditions, electrical safety concerns such as overcharge or short circuits, vulnerability of solar panels to damage and water ingress, material degradation from UV and temperature extremes, user misuse or misunderstanding of charging capabilities, regulatory certification hurdles, high after‑sales service complexity, and the possibility that consumer expectations exceed actual performance or that competing technologies advance faster.