Highjoule(HJ Group) Secures Contract for Centralised Procurement of Microgrid Equipment at Engineering Group Headquarters

Recently, Highjoule(HJ Group) emerged victorious amidst fierce market competition, successfully securing the contract for the centralised procurement of microgrid-related equipment at a prominent engineering group’s headquarters. This tender outcome has been formally published on relevant procurement platforms, signifying renewed high recognition from clients for the company’s comprehensive capabilities in new energy microgrids and integrated photovoltaic-storage solutions.

I. Loyiha haqida ma'lumot: Plato mintaqalarida energiya xavfsizligini ta'minlash, yashil va kam uglerodli rivojlanishni qo'llab-quvvatlash

Milliy "ikki uglerodli" strategiyaning uzluksiz rivojlanishi va yangi energiya va yangi energiya tizimlarining jadal rivojlanishi bilan mikrotarmoq tizimlari chekka hududlarda va murakkab muhitlarda energiya xavfsizligini ta'minlashda o'zining muhim rolini tobora ko'proq namoyish etmoqda. Taxminan 4,500 metr balandlikda Tibet yaqinida joylashgan ushbu loyiha maydoni odatiy balandlikdagi, sovuq, kam kislorodli va yuqori ultrabinafsha nurlanishli muhitni taqdim etadi. Bu elektr jihozlarining ishonchliligi, moslashuvchanligi va joylashtirish samaradorligiga juda yuqori talablarni qo'yadi.

Ushbu loyiha asosan plato hududlarida muhandislik va sanoat energiya ta'minoti ehtiyojlarini qondirishga qaratilgan. Unda katlanadigan fotovoltaik konteynerlarni energiya saqlash shkaflari bilan birlashtirgan integratsiyalashgan fotovoltaik saqlash mikrotarmoq yechimi qo'llaniladi. Qayta tiklanadigan energiya ishlab chiqarishni energiya saqlashni tartibga solish bilan muvofiqlashtirish orqali tizim an'anaviy qazilma yoqilg'ilarga bog'liqlikni kamaytirish bilan birga energiyadan foydalanish samaradorligini sezilarli darajada oshiradi va shu bilan plato hududlarida barqaror va barqaror energiya ta'minotini mustahkam qo'llab-quvvatlaydi.

II. Loyiha yechimining asosiy jihatlari: Yuqori balandlik uchun maxsus ishlab chiqilgan, katlanadigan fotovoltaik energiya + energiya saqlash moslamasi - qulay o'rnatish, moslashuvchan masshtablash, barqaror ishlash

Addressing extreme conditions at 4,500 metres altitude—including low atmospheric pressure, sub-zero temperatures (winter lows reaching -30°C), intense solar radiation, and significant diurnal temperature fluctuations—Highjoule(HJ Group) conducted specialised high-altitude environmental verification and system derating during the design phase. This ensures core equipment maintains efficient heat dissipation and stable operation in thin air conditions.

• Modulli, kengaytiriladigan katlanadigan fotovoltaik konteynerlarni joylashtiradi. Tashish paytida uning hajmi an'anaviy tizimlarning hajmining uchdan bir qismigacha siqiladi, bu esa uzoq masofali balandlikdagi logistika bilan bog'liq qiyinchiliklarni sezilarli darajada kamaytiradi. Joyida o'rnatish faqat ko'tarish, ochish va simlarni ulashni talab qiladi; normal sharoitlarda bitta tizimni ikki xodim to'rt soat ichida joylashtirishi mumkin.
• Plato muhitiga chuqur moslashish uchun energiya saqlash tizimi keng harorat diapazonidagi lityum temir fosfat batareyalaridan foydalanadi, ular aqlli issiqlik boshqaruv strategiyalari bilan to'ldiriladi. Bu -30°C dan +55° gacha bo'lgan harorat oralig'ida normal zaryadlash va tushirish imkonini beradi.
• Tizim dizayni standartlashtirilgan interfeyslar va modulli arxitekturadan foydalanadi. Kelajakda elektr energiyasiga bo'lgan talabning ortib borishini qondirish uchun kengaytirishga mavjud tizimni o'zgartirmasdan fotovoltaik qurilmalar yoki energiya saqlash shkaflarini qo'shish orqali moslashuvchan tarzda erishish mumkin, bu esa osonlikcha "ulab-va-ishlash" quvvatini kengaytirish imkonini beradi.

III. Professional tajriba orqali balandlikdagi yetkazib berishdagi qiyinchiliklarni yengib o'tish

Ushbu loyiha uchta asosiy qiyinchilikka duch keldi:

• Balandlikdagi muhitlar uskunaning ishonchliligiga qat'iy talablar qo'yadi: havo zichligining pasayishi issiqlik tarqalish samaradorligini pasaytiradi, bu esa elektr elektron komponentlarida issiqlik himoyasini yoki o'chirishni keltirib chiqarishi mumkin;
• Tashish va o'rnatish sharoitlari o'ta murakkablikni keltirib chiqaradi: loyihaning keng ko'lamli uskunalari va kengaytirilgan transport masofalari katlanadigan fotovoltaik konteynerlarning strukturaviy yaxlitligiga, transportdan himoya qilishga va joyida joylashtirish va o'rnatish paytida aniqlikka qat'iy talablar qo'yadi;
• Qattiq jadval va qisqa yetkazib berish muddati: Loyiha siqilgan muddat ichida yakunlanishini talab qildi, bu esa uskunalarni ishlab chiqarish, logistika, joyida o'rnatish va tizimni ishga tushirishni muvofiqlashtirilgan boshqarishni talab qildi – bu kompaniyaning keng qamrovli loyihalarni boshqarish imkoniyatlarini sinovdan o'tkazdi.

In response, Highjoule(HJ Group) proactively implemented high-altitude simulation testing, reinforced structural transport solutions, and pre-integration commissioning. A dedicated high-altitude technical service team was deployed to achieve ‘delivery in one go, success in one attempt’.

IV. Client Recognition: Validation of Highjoule(HJ Group)’s Comprehensive Capabilities

During this competitive negotiation process, Highjoule(HJ Group) distinguished itself through:

• Yetuk va ishonchli integratsiyalashgan fotovoltaik saqlash mikrotarmoqlari yechimlari
• Yangi energiya va energiya saqlash loyihalarini amalga oshirishda keng tajriba
• Kompleks sifat nazorati va sotishdan keyingi xizmat ko'rsatish tizimlari
• Balandlikdagi, past kislorodli dasturlarda chuqur texnik tajriba

Ultimately distinguishing itself among multiple suppliers, Highjoule(HJ Group) secured the recommended shortlist and won the bid. This outcome fully reflects the client’s high recognition of the Group’s technical prowess, product reliability, and project delivery capabilities.

V. Fotovoltaik saqlash mikrotarmoqlari sektoriga bag'ishlanishni davom ettirish

This successful bid represents not only a significant breakthrough for Highjoule(HJ Group) in the high-altitude renewable energy microgrid sector but also another achievement in the Group’s sustained focus on photovoltaic, energy storage, and system integration operations. Moving forward, the Group will leverage this project to further accumulate experience in high-altitude and complex environmental projects, continuously optimise products and solutions, and persistently deliver safer, more efficient, and more reliable new energy system services to clients.

Highjoule(HJ Group) will strictly adhere to project requirements, advance implementation to high standards, ensure equipment quality and delivery schedules, and create a high-calibre microgrid demonstration project for the client. This endeavour contributes to China’s new energy and green infrastructure development.